J. Phys.: Conf. Ser. J. Phys.: Conf. Ser. 1742-6596 The ATLAS trigger - high-level trigger commissioning and operation during early data taking Goncalo R Abolins M Achenbach R Adragna P Aielli G Aleksandrov E Aleksandrov I Aloisio A Alviggi M G Amorim A Anderson K Andrei V Anduaga X Antonelli S Aracena I Ask S Asquith L Avolio G Backlund S Badescu E Bahat Treidel O Baines J Barnett B M Barria P Bartoldus R Batreanu S Bauss B Beck H P Bee C Bell P Bell W H Bellagamba L Bellomo M Ben Ami S Bendel M Benhammou Ya Benslama K Berge D Berger N Berry T Bianco M Biglietti M Blair R R Bogaerts A Bohm C Bold T Booth J R A Boscherini D Bosman M Boyd J Brawn I P Brelier B Bressler S Bruni A Bruni G Buda S Burckhart-Chromek D Buttar C Camarri P Campanelli M Canale V Caprini M Caracinha D Cardarelli R Carlino G Casadei D Casado M P Cataldi G Cerri A Charlton D G Chiodini G Ciapetti G Cimino D Ciobotaru M Clements D Coccaro A Coluccia M R Conde-Muíño P Constantin S Conventi F Corso-Radu A Costa M J Coura Torres R Cranfield R Cranmer K Crone G Curtis C J Dam M Damazio D Davis A O Dawson I Dawson J De Almeida Simoes J De Cecco S De Pedis D De Santo A DeAsmundis R DellaPietra M DellaVolpe D Delsart P -A Demers S Di Mattia A Di Ciaccio A Di Girolamo A Dionisi C Djilkibaev R Dobinson Robert W Dobson M Dogaru M Dotti A Dova M Drake G Dufour M -A Eckweiler S Ehrenfeld W Eifert T Eisenhandler E F Ellis Nick Emeliyanov D Enoque Ferreira de Lima D Ermoline Y Eschrich I Etzion E Facius K Falciano S Farthouat P Faulkner P J W F Feng E Ferland J Ferrari R Ferrer M L Fischer G Fonseca-Martin T Francis D Fukunaga C Föhlisch F Gadomski S Garitaonandia Elejabarrieta H Gaudio G Gaumer O Gee C N P George S Geweniger C Giagu S Gillman A R Giusti P Gorini B Gorini E Gowdy S Grabowska-Bold I Grancagnolo F Grancagnolo S Green B Galllno P Haas S Haberichter W Hadavand H Haeberli C Haller J Hamilton A Hanke P Hansen J R Hasegawa Y Hauschild M Hauser R Head S Hellman S Hidvegi A Hillier S J Höcker A Hrynóva T Hughes-Jones R Huston J Iacobucci G Idarraga J Iengo P Igonkina O Ikeno M Inada M Ishino M Iwasaki H Izzo V Jain V Johansen M Johns K Joos M Kadosaka T Kajomovitz E Kama S Kanaya N Kawagoe K Kawamoto T Kazarov A Kehoe R Khoriauli G Kieft G Kilvington G Kirk J Kiyamura H Klofver P Klous S Kluge E -E Kobayashi T Kolos S Kono T Konstantinidis N Korcyl K Kordas K Kotov V Krasznahorkay A Kubota T Kugel A Kuhn D Kurashige H Kurasige H Kuwabara T Kwee R Landon M Lankford A LeCompte T Leahu L Leahu M Ledroit F Lehmann-Miotto G Lei X Lellouch D Lendermann V Levinson L Leyton M Li S Liberti B Lifshitz R Lim H Lohse T Losada M Luci C Luminari L Lupu N Mahboubi K Mahout G Mapelli L Marchese F Martin B Martin B T Martínez A Marzano F Masik J McMahon T McPherson R Medinnis M Meessen C Meier K Meirosu C Messina A Migliaccio A Mikenberg G Mincer A Mineev M Misiejuk A Mönig K Monticelli F Moraes A Moreno D Morettini P Murillo Garcia R Nagano K Nagasaka Y Negri A Némethy P Neusiedl A Nisati A Niwa T Nomachi M Nomoto H Nozaki M Nozicka M Ochi A Ohm C Okumura Y Omachi C Osculati B Oshita H Osuna C Padilla C Panikashvili N Parodi F Pasqualucci E Pastore F Patricelli S Pauly T Pectu M Perantoni M Perera V Perera V J O Pérez E Pérez-Réale V Perrino R Pessoa Lima Junior H Petersen J Petrolo E Piegaia R Pilcher J E Pinto F Pinzon G Polini A Pope B Potter C Prieur D P F Primavera M Qian W Radescu V Rajagopalan S Renkel P Rescigno M Rieke S Risler C Riu I Robertson S Roda C Rodríguez D Rogriquez Y Roich A Romeo G Rosati S Ryabov Yu Ryan P Rühr F Sakamoto H Salamon A Salvatore D Sankey D P C Santamarina C Santamarina-Rios C Santonico R Sasaki O Scannicchio D Scannicchio D A Schiavi C Schlereth J L Schmitt K Scholtes I Schooltz D Schuler G Schultz-Coulon H -C Schäfer U Scott W Segura E Sekhniaidze G Shimbo N Sidoti A Silva L Silverstein S Siragusa G Sivoklokov S Sloper J E Smizanska M Solfaroli E Soloviev I Soluk R Spagnolo S Spila F Spiwoks R Staley R J Stamen R Stancu S Steinberg P Stelzer J Stradling A Strom D Strong J Su D Sugaya Y Sugimoto T Sushkov S Sutton M Szymocha T Takahashi Y Takeda H Takeshita T Tanaka S Tapprogge S Tarem S Tarem Z Teixeira-Dias P Thomas J P Tokoshuku K Tomoto M Torrence E Touchard F Trefzger T Tremblet L Tripiana M Usai G Vachon B Vandelli W Vari R Veneziano S Ventura A Vercesi V Vermeulen J Von Der Schmitt J Wang M Watkins P M Watson A Weber P Wengler T Werner P Wheeler-Ellis S Wickens F Wiedenmann W Wielers M Wilkens H Winklmeier F Woehrling E -E Wu S -L Wu X Xella S Yamaguchi Y Yamazaki Y Yasu Y Yu M Zanello L Zema F Zhang J Zhao L Zobernig H De Seixas J M Dos Anjos A Zur Nedden M Ozcan E Ünel G 2008 110 The ATLAS experiment is one of the two general-purpose experiments due to start operation soon at the Large Hadron Collider (LHC). The LHC will collide protons at a centre of mass energy of 14~TeV, with a bunch-crossing rate of 40~MHz. The ATLAS three-level trigger will reduce this input rate to match the foreseen offline storage capability of 100-200~Hz. This paper gives an overview of the ATLAS High Level Trigger focusing on the system design and its innovative features. We then present the ATLAS trigger strategy for the initial phase of LHC exploitation. Finally, we report on the valuable experience acquired through in-situ commissioning of the system where simulated events were used to exercise the trigger chain. In particular we show critical quantities such as event processing times, measured in a large-scale HLT farm using a complex trigger menu. research-article

The ATLAS Trigger Abolins M Achenbach R Adragna P Aielli G Aleksandrov E Aleksandrov I Aloisio A Alviggi M G Amorim A Anderson K Andrei V Anduaga X Antonelli S Aracena I Ask S Asquith L Avolio G Backlund S Badescu E Bahat Treidel O Baines J Barnett B M Barria P Bartoldus R Batreanu S Bauss B Beck H P Bee C Bell P Bell W H Bellagamba L Bellomo M Ben Ami S Bendel M Benhammou Ya Benslama K Berge D Berger N Berry T Bianco M Biglietti M Blair R R Bogaerts A Bohm C Bold T Booth J R A Boscherini D Bosman M Boyd J CERN Brawn I P Brelier B Bressler S Bruni A Bruni G Buda S Burckhart-Chromek D Buttar C Camarri P Campanelli M Canale V Caprini M Caracinha D Cardarelli R Carlino G Casadei D Casado M P Cataldi G Cerri A Charlton D G Chiodini G Ciapetti G Cimino D Ciobotaru M Clements D Coccaro A Coluccia M R Conde-Muíño P Constantin S Conventi F Corso-Radu A Costa M J Coura Torres R Cranfield R Cranmer K Crone G Curtis C J Dam M Damazio D Davis A O Dawson I Dawson J De Almeida Simoes J De Cecco S De Pedis D De Santo A DeAsmundis R DellaPietra M DellaVolpe D Delsart P A Demers S Demirkoz B Di Mattia A Di Ciaccio A Di Girolamo A Dionisi C Djilkibaev R Dobinson Robert W Dobson M Dogaru M Dotti A Dova M Drake G Dufour M -A Eckweiler S Ehrenfeld W Eifert T Eisenhandler E F Ellis Nick Emeliyanov D Enoque Ferreira de Lima D Ermoline Y Eschrich I Etzion E Facius K Falciano S Farthouat P Faulkner P J W F Feng E Ferland J Ferrari R Ferrer M L Fischer G Fonseca-Martin T Francis D Fukunaga C Föhlisch F Gadomski S Garitaonandia Elejabarrieta H Gaudio G Gaumer O Gee C N P George S Geweniger C Giagu S Gillman A R Giusti P Goncalo R Gorini B Gorini E Gowdy S Grabowska-Bold I Grancagnolo F Grancagnolo S Green B Galllno P Haas S Haberichter W Hadavand H Haeberli C Haller J Hamilton A Hanke P Hansen J R Hasegawa Y Hauschild M Hauser R Head S Hellman S Hidvegi A Hillier S J Höcker A Hrynóva T Hughes-Jones R Huston J Iacobucci G Idarraga J Iengo P Igonkina O Ikeno M Inada M Ishino M Iwasaki H Izzo V Jain V Johansen M Johns K Joos M Kadosaka T Kajomovitz E Kama S Kanaya N Kawagoe K Kawamoto T Kazarov A Kehoe R Khoriauli G Kieft G Kilvington G Kirk J Kiyamura H Klofver P Klous S Kluge E E Kobayashi T Kolos S Kono T Konstantinidis N Korcyl K Kordas K Kotov V Krasznahorkay A Kubota T Kugel A Kuhn D Kurashige H Kurasige H Kuwabara T Kwee R Landon M Lankford A LeCompte T Leahu L Leahu M Ledroit F Lehmann-Miotto G Lei X Lellouch D Lendermann V Levinson L Leyton M Li S Liberti B Lifshitz R Lim H Lohse T Losada M Luci C Luminari L Lupu N Mahboubi K Mahout G Mapelli L Marchese F Martin B Martin B T Martínez A Marzano F Masik J McMahon T McPherson R Medinnis M Meessen C Meier K Meirosu C Messina A Migliaccio A Mikenberg G Mincer A Mineev M Misiejuk A Mönig K Monticelli F Moraes A Moreno D Morettini P Murillo Garcia R Nagano K Nagasaka Y Negri A Némethy P Neusiedl A Nisati A Niwa T Nomachi M Nomoto H Nozaki M Nozicka M Ochi A Ohm C Okumura Y Omachi C Osculati B Oshita H Osuna C Padilla C Panikashvili N Parodi F Pasqualucci E Pastore F Patricelli S Pauly T Pectu M Perantoni M Perera V Perera V J O Pérez E Pérez-Réale V Perrino R Pessoa Lima Junior H Petersen J Petrolo E Piegaia R Pilcher J E Pinto F Pinzon G Polini A Pope B Potter C Prieur D P F Primavera M Qian W Radescu V Rajagopalan S Renkel P Rescigno M Rieke S Risler C Riu I Robertson S Roda C Rodríguez D Rogriquez Y Roich A Romeo G Rosati S Ryabov Yu Ryan P Rühr F Sakamoto H Salamon A Salvatore D Sankey D P C Santamarina C Santamarina-Rios C Santonico R Sasaki O Scannicchio D Scannicchio D A Schiavi C Schlereth J L Schmitt K Scholtes I Schooltz D Schuler G Schultz-Coulon H -C Schäfer U Scott W Segura E Sekhniaidze G Shimbo N Sidoti A Silva L Silverstein S Siragusa G Sivoklokov S Sloper J E Smizanska M Solfaroli E Soloviev I Soluk R Spagnolo S Spila F Spiwoks R Staley R J Stamen R Stancu S Steinberg P Stelzer J Stradling A Strom D Strong J Su D Sugaya Y Sugimoto T Sushkov S Sutton M Szymocha T Takahashi Y Takeda H Takeshita T Tanaka S Tapprogge S Tarem S Tarem Z Teixeira-Dias P Thomas J P Tokoshuku K Tomoto M Torrence E Touchard F Trefzger T Tremblet L Tripiana M Usai G Vachon B Vandelli W Vari R Veneziano S Ventura A Vercesi V Vermeulen J Von Der Schmitt J Wang M Watkins P M Watson A Weber P Wengler T Werner P Wheeler-Ellis S Wickens F Wiedenmann W Wielers M Wilkens H Winklmeier F Woerling E E Wu S -L Wu X Xella S Yamaguchi Y Yamazaki Y Yasu Y Yu M Zanello L Zema F Zhang J Zhao L Zobernig H De Seixas J M Dos Anjos A Zur Nedden M Ozcan E Ünel G 2008 The ATLAS detector at CERN's LHC will be exposed to proton-proton collisions from beams crossing at 40 MHz. At the design luminosity there are roughly 23 collisions per bunch crossing. ATLAS has designed a three-level trigger system to select potentially interesting events. The first-level trigger, implemented in custom-built electronics, reduces the incoming rate to less than 100 kHz with a total latency of less than 2.5$\mu$s. The next two trigger levels run in software on commercial PC farms. They reduce the output rate to 100-200 Hz. In preparation for collision data-taking which is scheduled to commence in May 2008, several cosmic-ray commissioning runs have been performed. Among the first sub-detectors available for commissioning runs are parts of the barrel muon detector including the RPC detectors that are used in the first-level trigger. Data have been taken with a full slice of the muon trigger and readout chain, from the detectors in one sector of the RPC system, to the second-level trigger algorithms and the data-acquisition system. The system is being prepared to include the inner-tracking detector in the readout and second-level trigger. We will present the status and results of these cosmic-ray based commissioning activities. This work will prove to be invaluable not only during the commissioning phase but also for cosmic-ray data-taking during the normal running for detector performance studies. INTNOTEATLASPUBL

Acta Phys. Pol. B Acta Phys. Pol. B Simulations of minimum bias events and the underlying event, MC tuning and predictions for the LHC Buttar C M Clements D Dawson I Moraes A 2004 35 433 41 Minimum bias and underlying event data from the SppmacronS and the Tevatron have been compared to PYTHIA and PHOJET simulations. The data have been used to tune the PYTHIA multiparton model and good agreement is found. PHOJET also gives good agreement. Predictions are made for the multiplicities in minimum bias and the underlying events at the LHC. PYTHIA predicts increases by factors of order two to three from Tevatron energies, while PHOJET predicts more modest increases by a factor of 1.5. The effect of different levels of underlying event activity on the central jet veto used in Higgs searches in the vector boson fusion channel is investigated. research-article

Tevatron-for-LHC Report of the QCD Working Group Albrow Michael G. Fermilab Begel M. U. Rochester Bourilkov D. Florida U. Campanelli M. Geneva U. Chlebana F. Fermilab De Roeck A. CERN Dittmann J.R. Baylor U. Ellis S.D. Washington U., Seattle Field B. Florida State U. Field R. Florida U. Gallinaro M. Rockefeller U. Giele W. Fermilab Goulianos Konstantin A. Rockefeller U. Group R.C. Florida U. Hatakeyama K. Rockefeller U. Hubacek Z. CTU, Prague Huston J. Michigan State U. Kilgore W. Brookhaven Natl. Lab. Kluge T. DESY Lee S.W. Texas U. Moraes A. Glasgow U. Mrenna S. Fermilab Olness F. Southern Methodist U. Proudfoot J. Argonne Rabbertz K. Karlsruhe U. Royon C. DAPNIA, Saclay Fermilab Sjostrand T. CERN Lund U. Skands Peter Z. Fermilab Smith J. Stony Brook U. Tung W.K. Washington U., Seattle Michigan State U. Whalley M.R. Durham U. Wobisch M. Fermilab Zielinski M. Rochester U. 2006 The experiments at Run 2 of the Tevatron have each accumulated over 1 inverse femtobarn of high-transverse momentum data. Such a dataset allows for the first precision (i.e. comparisons between theory and experiment at the few percent level) tests of QCD at a hadron collider. While the Large Hadron Collider has been designed as a discovery machine, basic QCD analyses will still need to be performed to understand the working environment. The Tevatron-for-LHC workshop was conceived as a communication link to pass on the expertise of the Tevatron and to test new analysis ideas coming from the LHC community. The TeV4LHC QCD Working Group focussed on important aspects of QCD at hadron colliders: jet definitions, extraction and use of Parton Distribution Functions, the underlying event, Monte Carlo tunes, and diffractive physics. This report summarizes some of the results achieved during this workshop. PREPRINT

Les Houches Physics at TeV Colliders 2005, Standard Model and Higgs working group: Summary report Buttar C Dittmaier S Drollinger V Frixione Stefano INFN, Genoa Nikitenko A Abdullin S W S Accomando E Acosta D Arbuzov A Ball R D Ballestrero A Bartalini P Baur U Belhouari A Belov S Belyaev A Benedetti D Binoth T Bolognesi S Bondarenko S Boos E E Boudjema F Bredenstein A Bunichev V E Buttar C Campbell J M CERN Calame C C Catani S Cavanaugh R J Ciccolini M Collins J Cooper-Sarkar A M Corcella Gennaro Cucciarelli S CERN Davatz G Del Duca V Denner A D'Hondt J Drozdetsky A A Dudko L V Dührssen M Frazier R Fujimoto J Gascon-Shotkin S Gehrmann T Ridder A G D Giammanco A Giolo-Nicollerat Anne Sylvie CERN Glover E W N Godbole Rohini M Grau A Grazzini M Guillet J P Gusev A Harlander R Hegde R Marlen-Heinrich G Heyninck J Huston J Ishikawa T Kalinowski A Kaneko T Kato K Kauer N Kilgore W Kirsanov M Korytov A Krämer M Kulesza A Kurihara Y Lehti S Magnea L Mahmoudi F Maina E Maltoni F Mariotti C Mellado B Mercier D Mitselmakher G Montagna G Moraes A Moretti M Moretti S Nakano I Nason P Nicrosini O Nolten M R Olness F Pakhotin Y Pancheri G Piccinini F Pilon E Pittau R Pozzorini Stefano Pumplin J Quayle W 2005 This Report summarises the activities of the "SM and Higgs" working group for the Workshop "Physics at TeV Colliders", Les Houches, France, 2-20 May, 2005. On the one hand, we performed a variety of experimental and theoretical studies on standard candles (such as W, Z, and ttbar production), treating them either as proper signals of known physics, or as backgrounds to unknown physics; we also addressed issues relevant to those non-perturbative or semi-perturbative ingredients, such as Parton Density Functions and Underlying Events, whose understanding will be crucial for a proper simulation of the actual events taking place in the detectors. On the other hand, several channels for the production of the Higgs, or involving the Higgs, have been considered in some detail. The report is structured into four main parts. The first one deals with Standard Model physics, except the Higgs. A variety of arguments are treated here, from full simulation of processes constituting a background to Higgs production, to studies of uncertainties due to PDFs and to extrapolations of models for underlying events, from small-$x$ issues to electroweak corrections which may play a role in vector boson physics. The second part of the report treats Higgs physics from the point of view of the signal. In the third part, reviews are presented on the current status of multi-leg, next-to-leading order and of next-to-next-to-leading order QCD computations. Finally, the fourth part deals with the use of Monte Carlos for simulation of LHC physics. research-article

The underlying event Buttar C M Butterworth J M Field R D Gustafson G Hoeche S Krauss F Moraes A Seymour Michael H Schälicke A Sjöstrand T Szczypka P 2005 research-article

Preparing for measurements of dijet azimuthal decorrelations at ATLAS Moraes A Buttar C Clements D Skillicorn I O 2005 Dijet azimuthal decorrelations are investigated in this report. We present a study on how well the event generators PYTHIA, HERWIG and HERWIG+JIMMY describe some of the recent measurements on dijet azimuthal decorrelations made by D0. We predict the correlations in the azimuthal angle between the two largest transverse momentum jets in the central rapidity for LHC inclusive dijet event samples. Reconstructed dijet azimuthal decorrelation distributions for simulated jet events at ATLAS (Rome samples) are shown to reproduce the MC event generator predictions. INTNOTEATLASPUBL

Nucl. Instrum. Methods Phys. Res., A Nucl. Instrum. Methods Phys. Res., A 0167-5087 Beam tests of ATLAS SCT silicon strip detector modules Campabadal F Fleta C Key M Lozano M Martínez C Pellegrini G Rafí J M Ullán M Johansen L Pommeresche B Stugu B Ciocio A Fadeev V Gilchriese M G D Haber C Siegrist J Spieler H Vu C Bell P J Charlton D G Dowell John D Gallop B J Homer R J Jovanovic P Mahout G McMahon T J Wilson J A Barr A J Carter J R Fromant B P Goodrick M J Hill J C Lester C G Palmer M J Parker M A Robinson D Sabetfakhri A Shaw R J Anghinolfi F Chesi Enrico Guido Chouridou S Fortin R Grosse-Knetter J Gruwé M Ferrari P Jarron P Kaplon J MacPherson A Niinikoski T O Pernegger H Roe S Rudge A Ruggiero G Wallny R Weilhammer P Bialas W Dabrowski W Grybos P Koperny S Blocki J Brückman P Gadomski S Godlewski J Górnicki E Malecki P Moszczynski A Stanecka E Stodulski M Szczygiel R Turala M Wolter M Ahmad A Benes J Carpentieri C Feld L Ketterer C Ludwig J Meinhardt J Runge K Mikulec B Mangin-Brinet M D'Onofrio M Donega M Moêd S Sfyrla A Ferrère D Clark A G Perrin E Weber M Bates R L Cheplakov A P Saxon D H O'Shea V Smith K M Iwata Y Ohsugi T Kohriki T Kondo T Terada S Ujiie N Ikegami Y Unno Y Takashima R Brodbeck T Chilingarov A G Hughes G Ratoff P Sloan T Allport P P Casse G L Greenall A Jackson J N Jones T J King B T Maxfield S J Smith N A Sutcliffe P Vossebeld Joost Herman Beck G A Carter A A Lloyd S L Martin A J Morris J Morin J Nagai K Pritchard T W Anderson B E Butterworth J M Fraser T J Jones T W Lane J B Postranecky M Warren M R M Cindro V Kramberger G Mandic I Mikuz M Duerdoth I P Freestone J Foster J M Ibbotson M Loebinger F K Pater J Snow S W Thompson R J Atkinson T M Bright G Kazi S Lindsay S Moorhead G F Taylor G N Bachindgagyan G Baranova N Karmanov D Merkine M Andricek L Bethke Siegfried Kudlaty J Lutz Gerhard Moser H G Nisius R Richter R Schieck J Cornelissen T Gorfine G W Hartjes F G Hessey N P de Jong P Muijs A J M Peeters S J M Tomeda Y Tanaka R Nakano I Dorholt O Danielsen K M Huse T Sandaker H Stapnes S Bargassa Pedrame Reichold A Huffman T Nickerson R B Weidberg A Doucas G Hawes B Lau W Howell D Kundu N Wastie R Böhm J Mikestikova M Stastny J Broklová Z Broz J Dolezal Z Kodys P Kubík P Reznicek P Vorobel V Wilhelm I Chren D Horazdovsky T Linhart V Pospísil S Sinor M Solar M Sopko B Stekl I Ardashev E N Golovnya S N Gorokhov S A Kholodenko A G Rudenko R E Ryadovikov V N Vorobev A P Adkin P J Apsimon R J Batchelor L E Bizzell J P Booker P Davis V R Easton J M Fowler C Gibson M D Haywood S J MacWaters C Matheson J P Matson R M McMahon S J Morris F S Morrissey M Murray W J Phillips P W Tyndel M Villani E G Dorfan D E Grillo A A Rosenbaum F Sadrozinski H F W Seiden A Spencer E Wilder M Booth P Buttar C M Dawson I Dervan P Grigson C Harper R Moraes A Peak L S Varvell K E Hara K Kato Y Kuwano T Minagawa M Sengoku H Bingefors N Brenner R Ekelöf T J C Eklund L Bernabeu J Civera J V Costa M J Fuster J García C García J E González-Sevilla S Lacasta C Llosa G Martí i García S Modesto P Sánchez J Sospedra L Vos M Fasching D González S Jared R C Charles E 2005 538 384 407 The design and technology of the silicon strip detector modules for the Semiconductor Tracker (SCT) of the ATLAS experiment have been finalised in the last several years. Integral to this process has been the measurement and verification of the tracking performance of the different module types in test beams at the CERN SPS and the KEK PS. Tests have been performed to explore the module performance under various operating conditions including detector bias voltage, magnetic field, incidence angle, and state of irradiation up to 3 multiplied by 1014 protons per square centimetre. A particular emphasis has been the understanding of the operational consequences of the binary readout scheme. research-article

Prediction for minimum bias and the underlying event at LHC energies Moraes A Buttar C Dawson I 2007 In this report we investigate the models employed by PYTHIA and PHOJET Monte Carlo event generators used to describe soft interactions in hadron-hadron collisions. The prime aim of this study is to predict minimum bias and underlying event levels of particle production and event activity for the LHC as accurately as these models allow us, thus providing a good description of the event environment in simulations. Focusing on a wide range of measurements dominated by soft interactions in proton-proton and proton-anti-proton collisions, one of the aims of this study is to check the consistency of these models when compared to data and evaluate how accurate their descriptions of low-pT processes are. Based on comparisons to a wide range of minimum bias and underlying event data we present a tuning for PYTHIA6.214 and compare it to other PYTHIA tunings. Our proposed tuning for PYTHIA6.214 has been used for the ATLAS Data Challenge productions. SCINOTEATLAS

Measuring the underlying event at ATLAS Moraes A Buttar C Clements D 2005 In this report we investigate measurements of the underlying event in jet events at ATLAS. Reconstructed QCD jet samples in separate pT bins produced for jet calibration (Rome samples) are used in this study. We show that reconstructed track distributions for the underlying event reproduce the MC event generator predictions. INTNOTEATLASPUBL

Prediction for Minimum Bias and the Underlying Event at LHC Energies 010 Moraes A Buttar C Dawson I 2005 In this report we investigate the models employed by PYTHIA and PHOJET Monte Carlo event generators used to describe soft interactions in hadron-hadron collisions. The prime aim of this study is to predict minimum bias and underlying event levels of particle production and event activity for the LHC as accurately as these models allow us, thus providing indispensable information for simulations. Focusing on a wide range of measurements dominated by soft interactions in proton-proton and proton-anti-proton collisions, one of the aims of this study is to check the consistency of these models when compared to data and evaluate how efficient their descriptions of low-pT processes are. Based on comparisons to a wide range of minimum bias and underlying event data we present a tuning for PYTHIA6.214 and compare it to other PYTHIA tunings. INTNOTEATLASPUBL

Czechoslov. J. Phys. Czechoslov. J. Phys. 1572-9486 Minimum bias and the underlying event: towards the LHC Dawson I Buttar C Moraes A 2004 54 A221 A228 research-article

Nucl. Instrum. Methods Phys. Res., A Nucl. Instrum. Methods Phys. Res., A 0167-5087 Radioactivation of silicon tracker modules in high-luminosity hadron collider radiation environments Dawson I Moraes A Buttar C Cindro V Mandic I 2003 515 422 438 One of the consequences of operating detector systems in harsh radiation environments will be radioactivation of the components. This will certainly be true in experiments such as ATLAS and CMS, which are currently being built to exploit the physics potential at CERN's Large Hadron Collider. If the levels of radioactivity and corresponding dose rates are significant, then there will be implications for any access or maintenance operations. This paper presents predictions for the radioactivation of ATLAS's Semi- Conductor Tracker (SCT) barrel system, based on both calculations and measurements. It is shown that both neutron capture and high-energy hadron reactions must be taken into account. The predictions also show that the SCT barrel-module should not pose any serious radiological problems after operation in high radiation environments. research-article

A Step Towards A Computing Grid For The LHC Experiments Sturrock R Bischof R Epp B Ghete V M Kuhn D Mello A G Caron B Vetterli M C Karapetian G V Martens K Agarwal A Poffenberger P R McPherson R A Sobie R J Amstrong S Benekos N C Boisvert V Boonekamp M Brandt S Casado M P Elsing M Gianotti F Goossens L Grote M Hansen J B Mair K Nairz A Padilla C Poppleton A Poulard G Richter-Was Elzbieta Rosati S Schörner-Sadenius T Wengler T Xu G F Ping J L Chudoba J Kosina J Lokajícek M Svec J Tas P Hansen J R Lytken E Nielsen J L Wäänänen A Tapprogge Stefan Calvet D Albrand S Collot J Fulachier J Ledroit-Guillon F Ohlsson-Malek F Viret S Wielers M Bernardet K Corréard S Rozanov A De Vivie de Régie J B Arnault C Bourdarios C Hrivnác J Lechowski M Parrour G Perus A Rousseau D Schaffer A Unal G Derue F Chevalier L Hassani S Laporte J F Nicolaidou R Pomarède D Virchaux M Nesvadba N Baranov S Putzer A Khonich A Duckeck G Schieferdecker P Kiryunin A E Schieck J Lagouri T Duchovni E Levinson L Schrager D Negri G Bilokon H Spogli L Barberis D Parodi F Cataldi G Gorini E Primavera M Spagnolo S Cavalli D Heldmann M Lari T Perini L Rebatto D Resconi S Tatarelli F Vaccarossa L Biglietti M Carlino G Conventi F Doria A Merola L Polesello G Vercesi V De Salvo A Di Mattia A Luminari L Nisati A Reale M Testa M Farilla A Verducci M Cobal M Santi L Hasegawa Y Ishino M Mashimo T Matsumoto H Sakamoto H Tanaka J Ueda I Bentvelsen Stanislaus Cornelius Maria Fornaini A Gorfine G Groep D Templon J Köster L J Konstantinov A Myklebust T Ould-Saada F Bold T Kaczmarska A Malecki P Szymocha T Turala M Kulchitskii Yu A Khoreauli G Gromova N Tsulaia V Minaenko A A Rudenko R Slabospitskaya E Solodkov A Gavrilenko I Nikitine N Sivoklokov S Yu Toms K Zalite A Zalite Yu Kervesan B Bosman M González S Sánchez J Salt J Andersson N Nixon L Eerola Paule Anna Mari Kónya B Smirnova O G Sandgren A Ekelöf T J C Ellert M Gollub N Hellman S Lipniacka A Corso-Radu A Pérez-Réale V Univ Bern Lee S C CLin S C Ren Z L Teng P K Faulkner P J W O'Neale S W Watson A Brochu F Lester C Thompson S Kennedy J Bouhova-Thacker E Henderson R Jones R Kartvelishvili V G Smizanska M Washbrook A J Drohan J Konstantinidis N P Moyse E Salih S Loken J Baines J T M Candlin D Candlin R Clifft R Li W McCubbin N A Rutherford Appleton Laboratory, Chilton George S Lowe A Buttar C Dawson I Moraes A Tovey Daniel R Gieraltowski J Malon D May E LeCompte T J Vaniachine A Adams D L Assamagan Ketevi A Baker R Deng W Fine V Fisyak Yu Gibbard B Ma H Nevski P Paige F Rajagopalan S Smith J Undrus A Wenaus T Yu D Calafiura P Canon S Costanzo D Hinchliffe Ian Lavrijsen W Leggett C Marino M Quarrie D R Sakrejda I Stravopoulos G Tull C Loch P Youssef S Shank J T Engh D Frank E Sen-Gupta A Gardner R Meritt F Smirnov Y Huth J Grundhoefer L Luehring F C Goldfarb S Severini H Skubic P L Gao Y Ryan T De K Sosebee M McGuigan P Ozturk N 2004 The ATLAS Collaboration at CERN is preparing for the data taking and analysis at the LHC that will start in 2007. Therefore, a series of Data Challenges was started in 2002 whose goals are the validation of the Computing Model, of the complete software suite, of the data model, and to ensure the correctness of the technical choices to be made for the final offline computing environment. A major feature of the first Data Challenge (DC1) was the preparation and the deployment of the software required for the production of large event samples as a worldwide distributed activity. It should be noted that it was not an option to "run the complete production at CERN" even if we had wanted to; the resources were not available at CERN to carry out the production on a reasonable time-scale. The great challenge of organising and carrying out this large-scale production at a significant number of sites around the world had therefore to be faced. However, the benefits of this are manifold: apart from realising the required computing resources, this exercise created worldwide momentum for ATLAS computing as a whole. This report describes in detail the main steps carried out in DC1 and what has been learned form them as a step towards a computing Grid for the LHC experiments. PREPRINT

Nucl. Instrum. Methods Phys. Res., A Nucl. Instrum. Methods Phys. Res., A 0167-5087 Predicting the radiation environment at high-luminosity hadron-collider experiments Dawson I Buttar C M Mokhov N V Moraes A Shupe M A 2003 510 219 232 The physics requirements of future hadron-collider experiments require very high collision rates, leading to harsh radiation environments never before confronted in large-scale high-energy physics experiments. The high levels of radiation backgrounds becomes a major design criterion for such experiments. Considering the enormous cost and effort involved in building modern high-energy physics experiments, it is vital that particle fluences and energy depositions can be predicted reliably. This is done using Monte-Carlo simulation programs. Given in this paper are the results of comparisons in which the predictions of different simulation programs, all used in the evaluation of radiation backgrounds in the ATLAS and CMS experiments at the CERN Large Hadron Collider, are analysed. Such comparisons give confidence when the predictions agree, and possible cause for further investigation when they disagree. research-article

Les Houches 'Physics at Tev Colliders 2003' QCD/SM Working Group Dobbs M. LBL, Berkeley Frixione S. INFN, Genoa Laenen Eric NIKHEF, Amsterdam De Roeck A. CERN Tollefson K. Michigan State U. Andersen J.R. Balazs C. Banfi A. Berge S. Bernreuther W. Binoth T. Brandenburg A. Buttar C. Cao Q.H. Corcella G. Cruz A. Dawson I. Del Duca V. Drollinger V. Dudko L. Eynck T. Field R. Grazzini M. Guillet J.P. Heinrich G. Huston J. Kauer N. Kidonakis Nikolaos Kulesza A. Lassila-Perini K. Magnea Lorenzo Mahmoudi F. Maina E. Maltoni F. Nolten M. Moraes A. Moretti S. Mrenna S. Nadolsky Pavel M. Nagy Z. Olness F. Puljak I. Ross D.A. Sabio Vera Agustin Salam G.P. Sherstnev A. Si Z.G. Sjostrand T. Skands Peter Z. Thome E. Trocsanyi Z. Uwer P. Weinzierl S. Yuan C.P. Zanderighi G. 2004 291 409 This report documents the results obtained by the Working Group on Quantum Chromodynamics and the Standard Model for the Workshop `Physics at TeV Colliders'', Les Houches, France, 26 May - 6 June 2003. After a Monte Guide description, the first contributions report on progress in describing multiple interactions, important for the LHC, and underlying events. An announcement of a Monte Carlo database, under construction, is then followed by a number of contributions improving parton shower descriptions. Subsequently, a large number of contributions address resummations in various forms, after which follow studies of QCD effects in pion pair, top quark pair and photon pair plus jet production. After a study of electroweak corrections to hadronic precision observables, the report ends by presenting recent progress in methods to compute finite order corrections at one-loop with many legs, and at two-loop. research-article

Estimating induced-activation of SCT barrel-modules in the ATLAS radiation environment. Buttar C M Cindro V Dawson I Mandic I Moraes A 2002 One of the consequences of operating detector systems in the harsh radiation environments of the ATLAS inner-detector will be radioactivation of the components. If the levels of radioactivity and corresponding dose rates are significant, then there will be implications for any access or maintenance operations. Given in this note are predictions for the radioactivation of SCT barrel-modules in the expected radiation environment of the inner-detector, based on both calculations and measurements. It is shown that both neutron-capture and high-energy hadron reactions must be taken into account. The predictions show that, from a radiological point of view, the SCT barrel-modules should not pose any serious problems. INTNOTEATLASPUBL

Estimating induced-activation of SCT barrel-modules Buttar C M Dawson I Moraes A 2001 research-article

QCD at ATLAS Moraes A M 2008 A brief overview of QCD studies at ATLAS is presented. The following QCD measurements are discussed: minimum bias, jets, parton luminosity and pdf, direct photon production, measurement of the strong coupling constant at large scales and multi-parton interactions. PUBLATLASSLIDE

Parton distributions at 14 TeV with ATLAS Moraes A M Sheffield U. 2004 Accurate measurements at ATLAS will allow perturbative QCD to be tested in an energy regime never probed. Operating at the expected level of precision, ATLAS will measure SM cross sections and QCD related processes at the LHC which will further constrain the parton densities distributions. We present results from simulations of jet studies, direct photon production, Drell-Yan processes and heavy flavour production which indicate the potential to investigate the partonic structure of protons at ATLAS. PUBLATLASSLIDE

QCD at LHC with ATLAS Moraes A M 2003 The LHC will allow QCD studies to be performed at very high energy, including precision tests and measurements in an as yet unexplored kinematic region. A detailed understanding of QCD is important for almost all physics processes to be studied at the LHC, as the production mechanisms are mostly controlled by QCD. This talk will review various measurements of QCD-related processes to be performed at the LHC, based on final states containing leptons, photons and jets. The kinematic reach and the expected statistical uncertainties will be described for selected examples. The achievable constraints on the parton distribution functions of the proton and a measurement of the strong coupling constant at very large scales will be presented. Where already studied, sources of systematic uncertainties and contributions from background processes are going to be discussed. INTNOTEATLASPUBL

Electroweak physics at the LHC with ATLAS Moraes A M 2003 The ATLAS experiment at the LHC has vast potential for electroweak measurements and the 14 TeV center-of-mass energy will in addition allow new regimes of electroweak phenomena to be explored. The extreme brightness (luminosity) of the LHC beam crossings will allow significant improvements in the measurement of the mass of the top quark and the W boson. A significant improvement in the determination of the coupling in three vector boson vertices will be possible. Measurements of the forward- backward asymmetry in Z -> ee decays will provide competitive measurements of the Weinberg angle. Tests of dynamical symmetry breaking will be made from studies of vector boson scattering at high energies which are feasible thanks to the forward jet tagging capabilities of ATLAS. Electroweak single-top production will allow a new direct measurement of V_tb and of the top polarization. This talk will highlight recent electroweak studies performed by ATLAS. INTNOTEATLASPUBL

SUSY searches at the LHC Moraes A M 2006 SUSY is a strong candidate for physics beyond the SM. If SUSY is realized at the TeV scale, ATLAS and CMS are likely to detect its signal. In this presentation a summary of the the discovery potential of SUSY at the LHC is presented. Examples of measurements to study the SUSY sector such as the SUSY mass scale, dilepton mass (kinematic endpoints), right-handed squark mass, and SUSY spin are also shown in this presentation. INTNOTEATLASPRIV

The Effect Of Multiple Interaction Models On The Efficiency Of Vetoes In The VBF Higgs Channel Clements D Buttar C Moraes A 2005 The efficiencies of vetoes used in the VBF Higgs channel (M(H)=160GeV) were evaluated for events generated using three different multiple interaction models (utilising PYTHIA version 6.221 and ATLFAST 8.0.5). The efficiency of two vetoes: the lepton-acceptance cut and the central jet veto (CJV) showed a dependence on the multiple interaction model used. The efficiency of the lepton-acceptance was found to vary between 58% and 61% whilst the central jet veto (pT>20GeV) varied between 68% and 83% as a function of the multiple interaction model. The effect of changing the Higgs mass (140 < M(H) < 190GeV) on the CJV efficiency was also studied and found to be negligible. INTNOTEATLASINT

The ATLAS Experiment and Diffractive Physics Moraes A University of Glasgow 2009 This talk presents a brief review of a few diffractive physics studies to be done with ATLAS. It describes the main features of the forward detectors and gives examples of some measurements planned for diffractive topologies. PUBLATLASSLIDE

Track-based underlying event measurements in pp collisions at sqrt{s} = 900 GeV and 7 TeV with the ATLAS Detector at the LHC Buckley A Chekanov S Hare G Kar D Moraes A Nielsen J Proudfoot J Straessner A Yoshida R Wahrmund S Wynne B 2010 The first underlying event measurements with the ATLAS detector at the LHC are presented. Data were collected using a minimum-bias trigger in December 2009 and March 2010 during proton-proton collisions at center of mass energies of 900 GeV and 7 TeV respectively. The observables sensitive to the underlying event, i.e the charged particle density and the charged transverse momentum sum are measured as function of the leading track transverse momentum. The angular distribution of the charged tracks with respect to the leading track is also presented, as well as the correlation between mean transverse momentum and charged particle multiplicity. The data show a higher underlying event activity than predicted by the different Monte Carlo models to which it is compared. INTNOTEATLASPRIV

Track-based underlying event measurements in pp collisions at sqrt{s} = 7 TeV with the ATLAS Detector at the LHC Buckley A Chekanov S Hare G Kar D Moraes A Nielsen J Proudfoot J Straessner A Yoshida R Wahrmund S Wynne B 2010 The underlying event measurements with the ATLAS detector at the LHC at the center of mass energy of 7 TeV are presented. Data were collected using a minimum-bias trigger on 30th March 2010. The observables sensitive to the underlying event, i.e the charged particle density and the charged transverse momentum sum are measured as function of the leading track transverse momentum. The angular distribution of the charged tracks with respect to the leading track is also presented, as well as the correlation between mean transverse momentum and charged particle multiplicity. The data show a higher underlying event activity than predicted by the different Monte Carlo models to which it is compared. INTNOTEATLASPRIV

Track-based underlying event measurements in pp collisions at sqrt{s} = 900 GeV with the ATLAS Detector at the LHC Buckley A Chekanov S Hare G Kar D Moraes A Nielsen J Proudfoot J Straessner A Yoshida R Wahrmund S Wynne B 2010 The first underlying event measurements with the ATLAS detector at the LHC are presented. Data were collected using a minimum-bias trigger in December 2009 during proton-proton collisions at a center of mass energy of 900 GeV. The observables sensitive to the underlying event, i.e the charged particle density and the charged transverse momentum sum are measured as functions of the leading track. The angular distribution of the charged tracks with respect to the leading track is also looked at, as well as the correlation between mean transverse momentum and charged particle multiplicity. The measurements are compared to different Monte Carlo model predictions and a higher particle density was observed in data for the underlying event. INTNOTEATLASPRIV

Using bin-by-bin corrections for track-based underlying event measurements in pp collisions at 900 GeV Buckley A Chekanov S Hare G Kar D Moraes A Nielsen J Proudfoot J Yoshida R Wahrmund S 2010 Measurements of charged particle densities using minimum-bias events from proton-proton collisions at a center of mass energy of 900 GeV are presented. The densities and the average transverse momenta of charged particles are shown as a function of the transverse momenta of a leading in pT charged particle, concentrating on phase-space regions which are most sensitive to the underlying event. The data are unfolded using a bin-by-bin correction procedure and compared to several Monte Carlo (MC) predictions with different treatments of the underlying event. INTNOTEATLASPRIV

Track-based underlying event measurements in pp collisions at sqrt{s} = 900 GeV with the ATLAS Detector at the LHC Buckley A Chekanov S Hare G Kar D Moraes A Nielsen J Proudfoot J Straessner A Yoshida R Wahrmund S Wynne B 2010 The first underlying event measurements with the ATLAS detector at the LHC are presented. Data were collected using a minimum-bias trigger in December 2009 during proton-proton collisions at a center of mass energy of 900 GeV. The observables sensitive to the underlying event, i.e the charged particle density and the charged transverse momentum sum are measured as functions of the leading track. The angular distribution of the charged tracks with respect to the leading track is also looked at, as well as the correlation between mean transverse momentum and charged particle multiplicity. The measurements are compared to different Monte Carlo model predictions and a higher particle density was observed in data for the underlying event. INTNOTEATLASPRIV

Monte Carlo used for Minimum Bias Analysis at 900 GeV Campanelli M University College London Kama S Deutsches Elektronen Synchrotron (DESY) Katzy J Deutsches Elektronen Synchrotron (DESY) Kepka O Acad. of Sciences of the Czech Rep. (ASCR) Mijovic L Jozef Stefan Institute Monk J W University College London Moraes A University of Glasgow Newman P University of Birmingham Steinberg P A Brookhaven National Laboratory (BNL) Warsinsky M Universitaet Freiburg 2010 This note describes the MC studies specifically done for the analysis of minimum bias events taken at 900 GeV. Predictions of minimum bias distributions at 900 GeV from different PYTHIA tunes are presented. The tunes were done to data from several experiments and over a wide range of energies below and above 900 GeV. Predictions from PHOJET, which uses a different physics model to PYTHIA, are also presented. The results of hadron level analysis that was carried out out on the different Monte Carlo tunes to simulate the analysis of the data are discussed. In addition, observables sensitive to the different MC models are presented. INTNOTEATLASPRIV

ATLAS Monte Carlo tunes for MC09 Buckley A Katzy J Kersevan B Mijovic L Moraes A Schulz H Warsinsky M 2010 This note describes the ATLAS tunes of underlying event and minimum bias description for the main Monte Carlo generators used in the MC09 production. For the main shower generators, pythia and herwig (with jimmy), the MRST LO* parton distribution functions (PDFs) were used for the first time in ATLAS. Special studies on the performance of these, conceptually new, PDFs for high pt physics processes at LHC energies are presented. In addition, a tune of jimmy for CTEQ6.6 is presented, for use with MC@NLO. INTNOTEATLASPRIV

ATLAS Monte Carlo Tunes for MC09 Buckley A Katzy J Kersevan B Mijovic L Moraes A Schulz H Warsinsky M 2009 This note describes the ATLAS tune for the underlying event description and minimum bias events for the main Monte Carlo generators used in the MC09 production. For the main shower generators, PYT HI A and HERWIG, the MRST LO* parton density functions (pdfs) were used for the first time in ATLAS. Special studies on the performance of the conceptually new pdfs for high pT physics processes at LHC energies are presented. INTNOTEATLASPRIV

ATLAS Monte Carlo Tunes for MC09 Buckley A Katzy J M Kersesan B P Mijovic L Moraes A Schulz H Warsinsky W 2009 This note describes the ATLAS tune for the underlying event description and min.bias events for the main Monte Carlo generators us ed in the MC09 production. For the main shower generators, Pythia~cite{pythia6} and Herwigcite{herwig},the MRST LO* parton densi ty functions (pdfs) were used for the first time in ATLAS. Special studies on the performance of the conceptually new pdfs for hig h pt physics processes at LHC energies are presented. INTNOTEATLASPRIV

The ATLAS Experiment and Diffractive Physics Moraes A University of Glasgow 2009 This talk presents a brief review of a few diffractive physics studies to be done with ATLAS. It describes the main features of the forward detectors and gives examples of some measurements planned for diffractive topologies. INTNOTEATLASPRIV

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Benoit M. Orsay, LAL Bensinger J.R. Brandeis U. Benslama K. Regina U. Bentvelsen S. Nikhef, Amsterdam Beretta M. Frascati Berge D. CERN Bergeaas Kuutmann E. Stockholm U., OKC Stockholm U. Berger N. Annecy, LAPP Berghaus F. Victoria U. Berglund E. Geneva U. Beringer J. UC, Berkeley LBL, Berkeley Bernardet K. Marseille, CPPM Bernat P. Orsay, LAL Bernhard R. Freiburg U. Bernius C. University Coll. London Berry T. Bertin A. Bologna U. INFN, Bologna Bertinelli F. CERN Bertolucci S. Frascati Besana M.I. Milan U. INFN, Milan Besson N. IRFU, Saclay Bethke S. Munich, Max Planck Inst. Bianchi R.M. Freiburg U. Bianco M. Salento U., DII INFN, Lecce Biebel O. Munich U. Bieri M. Simon Fraser U. Biesiada J. UC, Berkeley LBL, Berkeley Biglietti M. Rome U. INFN, Rome Bilokon H. Frascati Binder M. Munich U. Bindi M. Bologna U. INFN, Bologna Binet S. Orsay, LAL Bingul A. Gaziantep U. Bini C. Rome U. INFN, Rome Biscarat C. Bischof R. Innsbruck U., Inst. Astrophys. Bitenc U. Freiburg U. Black K.M. Harvard U. Blair R.E. Argonne Blanch O. Barcelona, IFAE Blanchard J.B. Orsay, LAL Blanchot G. CERN Blocker C. Brandeis U. Blocki J. Cracow, INP Blondel A. Geneva U. Blum W. Mainz U. Blumenschein U. Gottingen U., II. Phys. Inst. Boaretto C. Rome U. INFN, Rome Bobbink G.J. Nikhef, Amsterdam Bocci A. Duke U. Bocian D. Cracow, INP Bock R. CERN Boehler M. DESY, Zeuthen DESY Boehm M. Munich U. Boek J. Wuppertal U. Boelaert N. Lund U. Boser S. University Coll. London Bogaerts J.A. CERN Bogouch A. Bohm C. Stockholm U. Bohm J. Prague, Inst. Phys. Boisvert V. Bold T. UC, Irvine Boldea V. Bucharest, IFIN-HH Boldyrev A. SINP, Moscow Bondarenko V.G. Moscow Phys. Eng. Inst. Bondioli M. UC, Irvine Bonino R. Geneva U. Boonekamp M. IRFU, Saclay Boorman G. Boosten M. CERN Booth C.N. Sheffield U. Booth P.S.L. Liverpool U. Booth P. Sheffield U. Booth J.R.A. Birmingham U. Bordoni S. Paris U., VI-VII Borer C. Bern U., LHEP Borer K. Bern U., LHEP Borisov A. Serpukhov, IHEP Borissov G. Lancaster U. Borjanovic I. INFN, Lecce Borroni S. Rome U. INFN, Rome Bos K. Nikhef, Amsterdam Boscherini D. INFN, Bologna Bosman M. Barcelona, IFAE Boterenbrood H. Nikhef, Amsterdam Botterill D. Rutherford Bouchami J. Montreal U. Boudreau J. Pittsburgh U. Bouhova-Thacker E.V. Lancaster U. Boulahouache C. Pittsburgh U. Bourdarios C. Orsay, LAL Boveia A. Chicago U., EFI Boyd J. CERN Boyer B.H. Boyko I.R. Dubna, JINR Bozhko N.I. Serpukhov, IHEP Bozovic-Jelisavcic I. VINCA Inst. Nucl. Sci., Belgrade Braccini S. Frascati Bracinik J. Birmingham U. Braem A. CERN Brambilla E. Salento U., DII INFN, Lecce Branchini P. INFN, Rome3 Brandenburg G.W. Harvard U. Brandt A. Munich U. Brandt A. Texas U., Arlington (main) Brandt G. DESY, Zeuthen DESY Brandt O. Gottingen U., II. Phys. Inst. Bratzler U. Tokyo Metropolitan U. Brau B. Massachusetts U., Amherst Brau J.E. Oregon U. Braun H.M. Wuppertal U. Bravo S. Barcelona, IFAE Brelier B. Toronto U. Bremer J. CERN Brenner R. Uppsala U. Bressler S. Technion Breton D. Orsay, LAL Brett N.D. Oxford U. Bright-Thomas P.G. Birmingham U. Britton D. Glasgow U. Brochu F.M. Cambridge U. Brock I. Bonn U. Brock R. Michigan State U., East Lansing (main) Brodbeck T.J. Lancaster U. Brodet E. Tel Aviv U. Broggi F. INFN, Milan Bromberg C. Michigan State U., East Lansing (main) Brooijmans G. Nevis Labs, Columbia U. Brooks W.K. Brown G. Manchester U. Brubaker E. Chicago U., EFI Bruckman de Renstrom P.A. Cracow, INP Bruncko D. Kosice, IEF Bruneliere R. Freiburg U. Brunet S. DESY, Zeuthen DESY Bruni A. INFN, Bologna Bruni G. INFN, Bologna Bruschi M. INFN, Bologna Buanes T. Bergen U. Bucci F. Geneva U. Buchanan J. Oxford U. Buchanan N.J. Alberta U. Buchholz P. Siegen U. Buckley A.G. Edinburgh U. Budagov I.A. Dubna, JINR Budick B. New York U. Buscher V. Mainz U. Bugge L. Oslo U. Buira-Clark D. Oxford U. Buis E.J. Nikhef, Amsterdam Bujor F. CERN Bulekov O. Moscow Phys. Eng. Inst. Bunse M. Dortmund U. Buran T. Oslo U. Burckhart H. CERN Burdin S. Liverpool U. Burgess T. Bergen U. Burke S. Rutherford Busato E. Clermont-Ferrand U. Bussey P. Glasgow U. Buszello C.P. Uppsala U. Butin F. CERN Butler B. SLAC Butler J.M. Boston U. Buttar C.M. Glasgow U. Butterworth J.M. University Coll. London Byatt T. University Coll. London Caballero J. Brookhaven Natl. Lab. Cabrera Urban S. Barcelona, Inst. Microelectron. Valencia U., IFIC Caccia M. Milan U. INFN, Milan Caforio D. Bologna U. INFN, Bologna Cakir O. Ankara U. Calafiura P. UC, Berkeley LBL, Berkeley Calderini G. Paris U., VI-VII Calfayan P. Munich U. Calkins R. Argonne Caloba L.P. Rio de Janeiro Federal U. Caloi R. Rome U. INFN, Rome Calvet D. Clermont-Ferrand U. Camard A. Paris U., VI-VII Camarri P. Rome U., Tor Vergata INFN, Rome2 Cambiaghi M. Pavia U. INFN, Pavia Cameron D. Oslo U. Cammin J. Bonn U. Campana S. CERN Campanelli M. University Coll. London Canale V. Naples U. INFN, Naples Canelli F. Chicago U., EFI Canepa A. TRIUMF Cantero J. Madrid, Autonoma U. Capasso L. Naples U. INFN, Naples Capeans Garrido M.D.M. CERN Caprini I. Bucharest, IFIN-HH Caprini M. Bucharest, IFIN-HH Caprio M. Naples U. INFN, Naples Capua M. INFN, Cosenza Caputo R. SUNY, Stony Brook Caramarcu C. Bucharest, IFIN-HH Cardarelli R. INFN, Rome2 Cardiel Sas L. CERN Carli T. CERN Carlino G. INFN, Naples Carminati L. Milan U. INFN, Milan Caron B. Alberta U. Caron S. Freiburg U. Carpentieri C. Freiburg U. Carrillo Montoya G.D. Wisconsin U., Madison Carron Montero S. Toronto U. Carter A.A. Queen Mary, U. of London Carter J.R. Cambridge U. Carvalho J. LIP, Lisbon Casadei D. New York U. Casado M.P. Barcelona, IFAE Cascella M. Pisa U. INFN, Pisa Caso C. Genoa U. INFN, Genoa Castaneda Hernadez A.M. Wisconsin U., Madison Castaneda-Miranda E. Wisconsin U., Madison Castillo Gimenez V. Barcelona, Inst. Microelectron. Valencia U., IFIC Castro N.F. CAFPE, Granada Granada U. Castrovillari F. INFN, Cosenza Cataldi G. INFN, Lecce Cataneo F. CERN Catinaccio A. CERN Catmore J.R. Lancaster U. Cattai A. CERN Cattani G. Rome U., Tor Vergata INFN, Rome2 Caughron S. Nevis Labs, Columbia U. Cauz D. Udine U. INFN, Udine Cavallari A. Rome U. INFN, Rome Cavalleri P. Paris U., VI-VII Cavalli D. INFN, Milan Cavalli-Sforza M. Barcelona, IFAE Cavasinni V. Pisa U. INFN, Pisa Cazzato A. Salento U., DII INFN, Lecce Ceradini F. Rome III U. INFN, Rome3 Cerna C. Marseille, CPPM Cerqueira A.S. Rio de Janeiro Federal U. Cerri A. CERN Cerrito L. Queen Mary, U. of London Cerutti F. Frascati Cervetto M. Genoa U. INFN, Genoa Cetin S.A. Cevenini F. Naples U. INFN, Naples Chafaq A. Hassan U., II, Rabat Chakraborty D. Argonne Chan K. Alberta U. Chapman J.D. Cambridge U. Chapman J.W. U. Michigan, Ann Arbor Chareyre E. Paris U., VI-VII Charlton D.G. Birmingham U. Charron S. Montreal U. Chatterjii S. Bonn U. Chavda V. Manchester U. Cheatham S. Lancaster U. Chekanov S. Argonne Chekulaev S.V. TRIUMF Chelkov G.A. Dubna, JINR Chen H. Brookhaven Natl. Lab. Chen L. Alberta U. Chen S. Nanjing U. Chen T. Nanjing U. Chen X. Wisconsin U., Madison Cheng S. Beijing, Inst. High Energy Phys. Cheplakov A. Dubna, JINR Chepurnov V.F. Dubna, JINR Cherkaoui El Moursli R. Hassan II Acad. Sci. Tech. Tcherniatine V. Brookhaven Natl. Lab. Chesneanu D. Bucharest, IFIN-HH Cheu E. Arizona U. Cheung S.L. Toronto U. Chevalier L. IRFU, Saclay Chevallier F. IRFU, Saclay Chiarella V. Frascati Chiefari G. Naples U. INFN, Naples Chikovani L. Tbilisi State U. Childers J.T. Kirchhoff Inst. Phys. Chilingarov A. Lancaster U. Chiodini G. INFN, Lecce Chizhov V. Dubna, JINR Choudalakis G. Chicago U., EFI Chouridou S. UC, Santa Cruz Christiansen T. Munich U. Christidi I.A. University Coll. London Christov A. Freiburg U. Chromek-Burckhart D. CERN Chu M.L. Taiwan, Inst. Phys. Chudoba J. Prague, Inst. Phys. Ciapetti G. Rome U. INFN, Rome Cicalini E. Pisa U. INFN, Pisa Ciftci A.K. Ankara U. Ciftci R. Ankara U. Cinca D. Clermont-Ferrand U. Cindro V. Ljubljana U. Stefan Inst., Ljubljana Ciobotaru M.D. UC, Irvine Ciocca C. Bologna U. INFN, Bologna Ciocio A. UC, Berkeley LBL, Berkeley Cirilli M. U. Michigan, Ann Arbor Citterio M. INFN, Milan Clark A. Geneva U. Clark P.J. Edinburgh U. Cleland W. Pittsburgh U. Clemens J.C. Marseille, CPPM Clement B. Clement C. Stockholm U., OKC Stockholm U. Clements D. Glasgow U. Clifft R.W. Rutherford Coadou Y. Marseille, CPPM Cobal M. Udine U. INFN, Udine Coccaro A. Genoa U. INFN, Genoa Cochran J. Iowa State U. Coco R. MIT Coe P. Oxford U. Coelli S. INFN, Milan Coggeshall J. Illinois U., Urbana Cogneras E. Bern U., LHEP Cojocaru C.D. Carleton U. Colas J. Annecy, LAPP Cole B. Nevis Labs, Columbia U. Colijn A.P. Nikhef, Amsterdam Collard C. Orsay, LAL Collins N.J. Birmingham U. Collins-Tooth C. Glasgow U. Collot J. Colon G. Massachusetts U., Amherst Coluccia R. Salento U., DII INFN, Lecce Comune G. Michigan State U., East Lansing (main) Conde Muino P. LIP, Lisbon Coniavitis E. Uppsala U. Consonni M. Nijmegen U. Constantinescu S. Bucharest, IFIN-HH Conta C. Pavia U. INFN, Pavia Conventi F. INFN, Naples Cook J. CERN Cooke M. Nevis Labs, Columbia U. Cooper B.D. Queen Mary, U. of London Cooper-Sarkar A.M. Oxford U. Cooper-Smith N.J. Copic K. Nevis Labs, Columbia U. Cornelissen T. Genoa U. INFN, Genoa Corradi M. INFN, Bologna Correard S. Marseille, CPPM Corriveau F. McGill U. Corso-Radu A. UC, Irvine Cortes-Gonzalez A. Illinois U., Urbana Cortiana G. Munich, Max Planck Inst. Costa G. INFN, Milan Costa M.J. Barcelona, Inst. Microelectron. Valencia U., IFIC Costanzo D. Sheffield U. Costin T. Chicago U., EFI Cote D. DESY, Zeuthen DESY Coura Torres R. Rio de Janeiro Federal U. Courneyea L. Victoria U. Couyoumtzelis C. Geneva U. Cowan G. Cowden C. Cambridge U. Cox B.E. Manchester U. Cranmer K. New York U. Cranshaw J. Argonne Cristinziani M. Bonn U. Crosetti G. INFN, Cosenza Crupi R. Salento U., DII INFN, Lecce Crepe-Renaudin S. Cuenca Almenar C. Yale U. Cuhadar Donszelmann T. Sheffield U. Cuneo S. Genoa U. INFN, Genoa Cunha A. Brookhaven Natl. Lab. Curatolo M. Frascati Curtis C.J. Birmingham U. Cwetanski P. Indiana U. Czyczula Z. Yale U. D'Auria S. Glasgow U. D'Onofrio M. Liverpool U. D'Orazio A. Munich, Max Planck Inst. Da Rocha Gesualdi Mello A. Rio de Janeiro Federal U. Da Silva P.V.M. Rio de Janeiro Federal U. Da Via C. Manchester U. Dabrowski W. Dahlhoff A. Freiburg U. Dai T. U. Michigan, Ann Arbor Dallapiccola C. Massachusetts U., Amherst Dallison S.J. Rutherford Dalmau J. Queen Mary, U. of London Daly C.H. Washington U., Seattle Dam M. Copenhagen U. Dameri M. Genoa U. INFN, Genoa Danielsson H.O. CERN Dankers R. Nikhef, Amsterdam Dannheim D. Munich, Max Planck Inst. Dao V. Geneva U. Darbo G. INFN, Genoa Darlea G.L. Daum C. Nikhef, Amsterdam Dauvergne J.P. CERN Davey W. Melbourne U. Davidek T. Charles U. Davidson D.W. Glasgow U. Davidson N. Melbourne U. Davidson R. Lancaster U. Davies M. Montreal U. Davison A.R. University Coll. London Dawson I. Sheffield U. Dawson J.W. Argonne Daya R.K. Southern Methodist U. De K. Texas U., Arlington (main) de Asmundis R. INFN, Naples De Castro S. Bologna U. INFN, Bologna De Castro Faria Salgado P.E. Brookhaven Natl. Lab. De Cecco S. Paris U., VI-VII de Graat J. Munich U. De Groot N. Nijmegen U. de Jong P. Nikhef, Amsterdam De La Cruz-Burelo E. U. Michigan, Ann Arbor De La Taille C. Orsay, LAL De Lotto B. Udine U. INFN, Udine De Mora L. Lancaster U. De Oliveira Branco M. CERN De Pedis D. INFN, Rome de Saintignon P. De Salvo A. INFN, Rome De Sanctis U. Udine U. INFN, Udine De Santo A. Sussex U. De Vivie De Regie J.B. Orsay, LAL De Zorzi G. Rome U. INFN, Rome Dean S. University Coll. London Deberg H. Illinois U., Urbana Dedes G. Munich, Max Planck Inst. Dedovich D.V. Dubna, JINR Defay P.O. Clermont-Ferrand U. Degenhardt J. Pennsylvania U. Dehchar M. Oxford U. Deile M. Munich U. Del Papa C. Udine U. INFN, Udine Del Peso J. Madrid, Autonoma U. Del Prete T. Pisa U. INFN, Pisa Dell'Acqua A. CERN Dell'Asta L. Milan U. INFN, Milan Della Pietra M. INFN, Naples della Volpe D. Naples U. INFN, Naples Delmastro M. CERN Delpierre P. Marseille, CPPM Delruelle N. CERN Delsart P.A. Deluca C. SUNY, Stony Brook Demers S. Yale U. Demichev M. Dubna, JINR Demirkoz B. Barcelona, IFAE Deng J. UC, Irvine Deng W. Brookhaven Natl. Lab. Denisov S.P. Serpukhov, IHEP Dennis C. Oxford U. Derkaoui J.E. Oujda U. Derue F. Paris U., VI-VII Dervan P. Liverpool U. Desch K. Bonn U. Deviveiros P.O. Toronto U. Dewhurst A. Rutherford DeWilde B. SUNY, Stony Brook Dhaliwal S. Toronto U. Dhullipudi R. Brookhaven Natl. Lab. Di Ciaccio A. Rome U., Tor Vergata INFN, Rome2 Di Ciaccio L. Annecy, LAPP Di Domenico A. Rome U. INFN, Rome Di Girolamo A. CERN Di Girolamo B. CERN Di Luise S. Rome III U. INFN, Rome3 Di Mattia A. Michigan State U., East Lansing (main) Di Nardo R. Rome U., Tor Vergata INFN, Rome2 Di Simone A. Rome U., Tor Vergata INFN, Rome2 Di Sipio R. Bologna U. INFN, Bologna Diaz M.A. Diaz Gomez M.M. Geneva U. Diblen F. Gaziantep U. Diehl E.B. U. Michigan, Ann Arbor Dietl H. Munich, Max Planck Inst. Dietrich J. Freiburg U. Dietzsch T.A. Kirchhoff Inst. Phys. Diglio S. Orsay, LAL Dindar Yagci K. Southern Methodist U. Dingfelder D.J. Freiburg U. Dionisi C. Rome U. INFN, Rome Dipanjan R. Texas U., Arlington (main) Dita P. Bucharest, IFIN-HH Dita S. Bucharest, IFIN-HH Dittus F. CERN Djama F. Marseille, CPPM Djilkibaev R. New York U. Djobava T. Tbilisi State U. do Vale M.A.B. Rio de Janeiro Federal U. Do Valle Wemans A. LIP, Lisbon Doan T.K.O. Annecy, LAPP Dobbs M. McGill U. Dobinson R. CERN Dobos D. CERN Dobson E. CERN Dobson M. UC, Irvine Dodd J. Nevis Labs, Columbia U. Dogan O.B. Doglioni C. Oxford U. Doherty T. Glasgow U. Doi Y. KEK, Tsukuba Dolejsi J. Charles U. Dolenc I. Ljubljana U. Stefan Inst., Ljubljana Dolezal Z. Charles U. Dolgoshein B.A. Moscow Phys. Eng. Inst. Dohmae T. Tokyo U., ICEPP Domingo E. Barcelona, IFAE Donega M. Pennsylvania U. Donini J. Dopke J. Wuppertal U. Doria A. INFN, Naples Dos Anjos A. Wisconsin U., Madison Dosil M. Barcelona, IFAE Dotti A. Pisa U. INFN, Pisa Dova M.T. La Plata U. Dowell J.D. Birmingham U. Doxiadis A. Nikhef, Amsterdam Doyle A.T. Glasgow U. Dragic J. Royal Holloway, U. of London Drakoulakos D. CERN Drasal Z. Charles U. Drees J. Wuppertal U. Dressnandt N. Pennsylvania U. Drevermann H. CERN Driouichi C. Copenhagen U. Dris M. Natl. Tech. U., Athens Drohan J.G. University Coll. London Dubbert J. Munich, Max Planck Inst. Dubbs T. UC, Santa Cruz Duchovni E. Weizmann Inst. Duckeck G. Munich U. Dudarev A. CERN Dudziak F. Orsay, LAL Duhrssen M. CERN Dur H. Innsbruck U., Inst. Astrophys. Duerdoth I.P. Manchester U. Duflot L. Orsay, LAL Dufour M.A. McGill U. Dunford M. Chicago U., EFI Duran Yildiz H. Dumlupinar U. Dushkin A. Brandeis U. Duxfield R. Sheffield U. Dwuznik M. Dydak F. CERN Dzahini D. Duren M. Giessen U. Ebenstein W.L. Duke U. Ebke J. Munich U. Eckert S. Freiburg U. Eckweiler S. Mainz U. Edmonds K. Mainz U. Edwards C.A. Royal Holloway, U. of London Efthymiopoulos I. Geneva U. Egorov K. Indiana U. Ehrenfeld W. DESY, Zeuthen DESY Ehrich T. Munich, Max Planck Inst. Eifert T. CERN Eigen G. Bergen U. Einsweiler K. UC, Berkeley LBL, Berkeley Eisenhandler E. Queen Mary, U. of London Ekelof T. Uppsala U. El Kacimi M. Annecy, LAPP Ellert M. Uppsala U. Elles S. Annecy, LAPP Ellinghaus F. Mainz U. Ellis K. Queen Mary, U. of London Ellis N. CERN Elmsheuser J. Munich U. Elsing M. CERN Ely R. UC, Berkeley LBL, Berkeley Emeliyanov D. Rutherford Engelmann R. SUNY, Stony Brook Engl A. Munich U. Epp B. Innsbruck U., Inst. Astrophys. Eppig A. U. Michigan, Ann Arbor Erdmann J. Gottingen U., II. Phys. Inst. Ereditato A. Bern U., LHEP Eremin V. SINP, Moscow Eriksson D. Stockholm U. Ermoline I. Michigan State U., East Lansing (main) Ernst J. Massey U., Albany Ernst M. Brookhaven Natl. Lab. Ernwein J. IRFU, Saclay Errede D. Illinois U., Urbana Errede S. Illinois U., Urbana Ertel E. Mainz U. Escalier M. Orsay, LAL Escobar C. Barcelona, Inst. Microelectron. Valencia U., IFIC Espinal Curull X. Barcelona, IFAE Esposito B. Frascati Etienne F. Marseille, CPPM Etienvre A.I. IRFU, Saclay Etzion E. Tel Aviv U. Evans H. Indiana U. Evdokimov V.N. Serpukhov, IHEP Fabbri L. Bologna U. INFN, Bologna Fabre C. CERN Facius K. Copenhagen U. Fakhrutdinov R.M. Serpukhov, IHEP Falciano S. INFN, Rome Falou A.C. Orsay, LAL Fang Y. Wisconsin U., Madison Fanti M. Milan U. INFN, Milan Farbin A. Texas U., Arlington (main) Farilla A. INFN, Rome3 Farley J. SUNY, Stony Brook Farooque T. Toronto U. Farrington S.M. Oxford U. Farthouat P. CERN Fassnacht P. CERN Fassouliotis D. Athens U. Fatholahzadeh B. Toronto U. Fayard L. Orsay, LAL Fayette F. Gottingen U., II. Phys. Inst. Febbraro R. Clermont-Ferrand U. Federic P. Comenius U. Fedin O.L. St. Petersburg, INP Fedorko I. CERN Fedorko W. CERN Feligioni L. Marseille, CPPM Felzmann C.U. Melbourne U. Feng C. Shandong U. Feng E.J. Chicago U., EFI Fenyuk A.B. Serpukhov, IHEP Ferencei J. Kosice, IEF Ferland J. Montreal U. Fernandes B. LIP, Lisbon Fernando W. Ohio State U. Ferrag S. Glasgow U. Ferrando J. Oxford U. Ferrara V. DESY, Zeuthen DESY Ferrari A. Uppsala U. Ferrari P. Nikhef, Amsterdam Ferrari R. INFN, Pavia Ferrer A. Barcelona, Inst. Microelectron. Valencia U., IFIC Ferrer M.L. Frascati Ferrere D. Geneva U. Ferretti C. U. Michigan, Ann Arbor Ferro F. Genoa U. INFN, Genoa Fiascaris M. Oxford U. Fichet S. Paris U., VI-VII Fiedler F. Mainz U. Filipcic A. Ljubljana U. Stefan Inst., Ljubljana Filippas A. Natl. Tech. U., Athens Filthaut F. Nijmegen U. Fincke-Keeler M. Victoria U. Fiolhais M.C.N. LIP, Lisbon Fiorini L. Barcelona, IFAE Firan A. Southern Methodist U. Fischer G. DESY, Zeuthen DESY Fischer P. Bonn U. Fisher M.J. Ohio State U. Fisher S.M. Rutherford Flacher H.F. CERN Flammer J. CERN Fleck I. Siegen U. Fleckner J. Mainz U. Fleischmann P. Wurzburg U. Fleischmann S. Bonn U. Fleuret F. Paris U., VI-VII Flick T. Wuppertal U. Flores Castillo L.R. Wisconsin U., Madison Flowerdew M.J. Munich, Max Planck Inst. Fohlisch F. Kirchhoff Inst. Phys. Fokitis M. Natl. Tech. U., Athens Fonseca Martin T. Royal Holloway, U. of London Fopma J. Oxford U. Forbush D.A. Washington U., Seattle Formica A. IRFU, Saclay Forti A. Manchester U. Fortin D. TRIUMF Foster J.M. Manchester U. Fournier D. Orsay, LAL Foussat A. CERN Fowler A.J. Duke U. Fowler K. UC, Santa Cruz Fox H. Lancaster U. Francavilla P. Pisa U. INFN, Pisa Franchino S. Pavia U. INFN, Pavia Francis D. CERN Franklin M. Harvard U. Franz S. CERN Fraternali M. Pavia U. INFN, Pavia Fratina S. Pennsylvania U. Freestone J. Manchester U. French S.T. Cambridge U. Froeschl R. CERN Froidevaux D. CERN Frost J.A. Cambridge U. Fukunaga C. Tokyo Metropolitan U. Fullana Torregrosa E. Argonne Fuster J. Barcelona, Inst. Microelectron. Valencia U., IFIC Gabaldon C. Madrid, Autonoma U. Gabizon O. Weizmann Inst. Gadfort T. Brookhaven Natl. Lab. Gadomski S. Geneva U. Gagliardi G. Genoa U. INFN, Genoa Gagnon P. Indiana U. Galea C. Munich U. Gallas E.J. Oxford U. Gallas M.V. CERN Gallo V. Bern U., LHEP Gallop B.J. Rutherford Gallus P. Prague, Inst. Phys. Galyaev E. Texas U., Dallas Gan K.K. Ohio State U. Gao Y.S. SLAC Gapienko V.A. Serpukhov, IHEP Gaponenko A. UC, Berkeley LBL, Berkeley Garcia-Sciveres M. UC, Berkeley LBL, Berkeley Garcia C. Barcelona, Inst. Microelectron. Valencia U., IFIC Garcia Navarro J.E. Geneva U. Garde V. Clermont-Ferrand U. Gardner R.W. Chicago U., EFI Garelli N. CERN Garitaonandia H. Nikhef, Amsterdam Garonne V. CERN Garvey J. Birmingham U. Gatti C. Frascati Gaudio G. INFN, Pavia Gaumer O. Geneva U. Gauzzi P. Rome U. INFN, Rome Gavrilenko I.L. Gay C. British Columbia U. Gaycken G. Bonn U. Gayde J.C. CERN Gazis E.N. Natl. Tech. U., Athens Ge P. Shandong U. Gee C.N.P. Rutherford Geich-Gimbel C. Bonn U. Gellerstedt K. Stockholm U., OKC Stockholm U. Gemme C. INFN, Genoa Genest M.H. Munich U. Gentile S. Rome U. INFN, Rome Georgatos F. Natl. Tech. U., Athens George S. Royal Holloway, U. of London Gerlach P. Wuppertal U. Gershon A. Tel Aviv U. Geweniger C. Kirchhoff Inst. Phys. Ghazlane H. Hassan II Acad. Sci. Tech. Ghez P. Annecy, LAPP Ghodbane N. Clermont-Ferrand U. Giacobbe B. INFN, Bologna Giagu S. Rome U. INFN, Rome Giakoumopoulou V. Athens U. Giangiobbe V. Pisa U. INFN, Pisa Gianotti F. CERN Gibbard B. Brookhaven Natl. Lab. Gibson A. Toronto U. Gibson S.M. Oxford U. Gieraltowski G.F. Argonne Gilbert L.M. Oxford U. Gilchriese M. UC, Berkeley LBL, Berkeley Gildemeister O. CERN Gilewsky V. Minsk, High Energy Phys. Ctr. Gillman A.R. Rutherford Gingrich D.M. Alberta U. Ginzburg J. Tel Aviv U. Giokaris N. Athens U. Giordani M.P. Udine U. INFN, Udine Giordano R. Naples U. INFN, Naples Giorgi F.M. Humboldt U., Berlin Giovannini P. Munich, Max Planck Inst. Giraud P.F. CERN Girtler P. Innsbruck U., Inst. Astrophys. Giugni D. INFN, Milan Giusti P. INFN, Bologna Gjelsten B.K. Oslo U. Gladilin L.K. SINP, Moscow Glasman C. Madrid, Autonoma U. Glazov A. DESY, Zeuthen DESY Glitza K.W. Wuppertal U. Glonti G.L. Dubna, JINR Gnanvo K.G. Queen Mary, U. of London Godfrey J. Simon Fraser U. Godlewski J. CERN Goebel M. DESY, Zeuthen DESY Gopfert T. Dresden, Tech. U. Goeringer C. Mainz U. Gossling C. Dortmund U. Gottfert T. Munich, Max Planck Inst. Goggi V. Pavia U. INFN, Pavia Goldfarb S. U. Michigan, Ann Arbor Goldin D. Southern Methodist U. Goldschmidt N. Wisconsin U., Madison Golling T. Yale U. Gollub N.P. CERN Golovnia S.N. Serpukhov, IHEP Gomes A. LIP, Lisbon Gomez Fajardo L.S. DESY, Zeuthen DESY Goncalo R. Royal Holloway, U. of London Gonella L. Bonn U. Gong C. Hefei, CUST Gonidec A. CERN Gonzalez de la Hoz S. Barcelona, Inst. Microelectron. Valencia U., IFIC Gonzalez Silva M.L. Buenos Aires U. Gonzalez-Pineiro B. Michigan State U., East Lansing (main) Gonzalez-Sevilla S. Geneva U. Goodson J.J. SUNY, Stony Brook Goossens L. CERN Gorbounov P.A. Toronto U. Gordon H.A. Brookhaven Natl. Lab. Gorelov I. New Mexico U. Gorfine G. Wuppertal U. Gorini B. CERN Gorini E. Salento U., DII INFN, Lecce Gorisek A. Ljubljana U. Stefan Inst., Ljubljana Gornicki E. Cracow, INP Gorokhov S.A. Serpukhov, IHEP Gorski B.T. CERN Goryachev V.N. Serpukhov, IHEP Gosdzik B. DESY, Zeuthen DESY Gosselink M. Nikhef, Amsterdam Gostkin M.I. Dubna, JINR Gouanere M. Annecy, LAPP Gough Eschrich I. UC, Irvine Gouighri M. Hassan U., II, Rabat Goujdami D. Hassan U., II, Rabat Goulette M.P. Geneva U. Goussiou A.G. Washington U., Seattle Goy C. Annecy, LAPP Grabowska-Bold I. UC, Irvine Grabski V. Yerevan Phys. Inst. Grafstrom P. CERN Grah C. Wuppertal U. Grahn K.J. Royal Inst. Tech., Stockholm Grancagnolo F. INFN, Lecce Grancagnolo S. Humboldt U., Berlin Grassi V. SUNY, Stony Brook Gratchev V. St. Petersburg, INP Grau N. Nevis Labs, Columbia U. Gray H.M. Nevis Labs, Columbia U. Gray J.A. SUNY, Stony Brook Graziani E. INFN, Rome3 Green B. Royal Holloway, U. of London Greenfield D. Rutherford Greenshaw T. Liverpool U. Greenwood Z.D. Brookhaven Natl. Lab. Gregor I.M. DESY, Zeuthen DESY Grenier P. SLAC Grewal A. Oxford U. Griesmayer E. Fachhochsch., Wiener Neustadt Griffiths J. Washington U., Seattle Grigalashvili N. Dubna, JINR Grillo A.A. UC, Santa Cruz Grimaldi F. Bologna U. INFN, Bologna Grimm K. SUNY, Stony Brook Grinstein S. Barcelona, IFAE Gris P.L.Y. Clermont-Ferrand U. Grishkevich Y.V. SINP, Moscow Groer L.S. Toronto U. Grognuz J. CERN Groh M. Munich, Max Planck Inst. Groll M. Mainz U. Gross E. Weizmann Inst. Grosse-Knetter J. Gottingen U., II. Phys. Inst. Groth-Jensen J. Lund U. Gruwe M. CERN Grybel K. Siegen U. Guarino V.J. Argonne Guescini F. Geneva U. Guicheney C. Clermont-Ferrand U. Guida A. Salento U., DII INFN, Lecce Guillemin T. Annecy, LAPP Guler H. McGill U. Gunther J. Prague, Inst. Phys. Guo B. Toronto U. Gupta A. Chicago U., EFI Gusakov Y. Dubna, JINR Gushchin V.N. Serpukhov, IHEP Gutierrez A. Montreal U. Gutierrez P. Oklahoma U. Guttman N. Tel Aviv U. Gutzwiller O. Wisconsin U., Madison Guyot C. IRFU, Saclay Gwenlan C. Oxford U. Gwilliam C.B. Liverpool U. Haas A. SLAC Haas S. CERN Haber C. UC, Berkeley LBL, Berkeley Haboubi G. Pittsburgh U. Hackenburg R. Brookhaven Natl. Lab. Hadavand H.K. Southern Methodist U. Hadley D.R. Birmingham U. Haeberli C. Bern U., LHEP Haefner P. Munich, Max Planck Inst. Hartel R. Munich, Max Planck Inst. Hahn F. CERN Haider S. CERN Hajduk Z. Cracow, INP Hakobyan H. Yerevan Phys. Inst. Hakobyan R.H. Alberta U. Haller J. DESY, Zeuthen DESY Hallewell G.D. Marseille, CPPM Hamacher K. Wuppertal U. Hamilton A. Geneva U. Hamilton S. Tufts U. Han H. Beijing, Inst. High Energy Phys. Han L. Hefei, CUST Hanagaki K. Osaka U. Hance M. Pennsylvania U. Handel C. Mainz U. Hanke P. Kirchhoff Inst. Phys. Hansen C.J. Uppsala U. Hansen J.R. Copenhagen U. Hansen J.B. Copenhagen U. Hansen J.D. Copenhagen U. Hansen P.H. Copenhagen U. Hansl-Kozanecka T. UC, Santa Cruz Hansson P. SLAC Hara K. Tsukuba U., GSPAS Hare G.A. UC, Santa Cruz Harenberg T. Wuppertal U. Harper R. Sheffield U. Harrington R.D. Boston U. Harris O.M. Washington U., Seattle Harrison K. Birmingham U. Hart J.C. Rutherford Hartert J. Freiburg U. Hartjes F. Nikhef, Amsterdam Haruyama T. KEK, Tsukuba Harvey A. Hampton U. Hasegawa S. Nagoya U. Hasegawa Y. Shinshu U. Hashemi K. Brandeis U. Hassani S. IRFU, Saclay Hatch M. CERN Hauff D. Munich, Max Planck Inst. Haug S. Bern U., LHEP Hauschild M. CERN Hauser R. Michigan State U., East Lansing (main) Havranek M. Prague, Inst. Phys. Hawes B.M. Oxford U. Hawkes C.M. Birmingham U. Hawkings R.J. CERN Hawkins D. UC, Irvine Hayakawa T. Kobe U. Hayward H.S. Liverpool U. Haywood S.J. Rutherford Hazen E. Boston U. He M. Shandong U. He Y.P. Southern Methodist U. Head S.J. Manchester U. Hedberg V. Lund U. Heelan L. Carleton U. Heim S. Michigan State U., East Lansing (main) Heinemann B. UC, Berkeley LBL, Berkeley Heinemann F.E.W. Oxford U. Heisterkamp S. Copenhagen U. Helary L. Annecy, LAPP Heldmann M. Freiburg U. Heller M. Orsay, LAL Hellman S. Stockholm U., OKC Stockholm U. Helsens C. Barcelona, IFAE Hemperek T. Bonn U. Henderson R.C.W. Lancaster U. Hendriks P.J. Nikhef, Amsterdam Henke M. Kirchhoff Inst. Phys. Henrichs A. Gottingen U., II. Phys. Inst. Henriques Correia A.M. CERN Henrot-Versille S. Orsay, LAL Henry-Couannier F. Marseille, CPPM Hensel C. Gottingen U., II. Phys. Inst. Henss T. Wuppertal U. Hernandez Jimenez Y. Barcelona, Inst. Microelectron. Valencia U., IFIC Hershenhorn A.D. Technion Herten G. Freiburg U. Hertenberger R. Munich U. Hervas L. CERN Hess M. Bern U., LHEP Hessey N.P. Nikhef, Amsterdam Hidvegi A. Stockholm U. Higon-Rodriguez E. Barcelona, Inst. Microelectron. Valencia U., IFIC Hill D. Argonne Hill J.C. Cambridge U. Hill N. Argonne Hiller K.H. DESY, Zeuthen DESY Hillert S. Stockholm U., OKC Stockholm U. Hillier S.J. Birmingham U. Hinchliffe I. UC, Berkeley LBL, Berkeley Hindson D. Oxford U. Hines E. Pennsylvania U. Hirose M. Osaka U. Hirsch F. Dortmund U. Hirschbuehl D. Wuppertal U. Hobbs J. SUNY, Stony Brook Hod N. Tel Aviv U. Hodgkinson M.C. Sheffield U. Hodgson P. Sheffield U. Hoecker A. CERN Hoeferkamp M.R. New Mexico U. Hoffman J. Southern Methodist U. Hoffmann D. Marseille, CPPM Hohlfeld M. Mainz U. Holder M. Siegen U. Hollins T.I. Birmingham U. Hollyman G. Royal Holloway, U. of London Holmes A. Oxford U. Holmgren S.O. Stockholm U. Holy T. Prague, Tech. U. Holzbauer J.L. Michigan State U., East Lansing (main) Homer R.J. Birmingham U. Homma Y. Kobe U. Horazdovsky T. Prague, Tech. U. Hori T. Kobe U. Horn C. SLAC Horner S. Freiburg U. Horvat S. Munich, Max Planck Inst. Hostachy J.Y. Hott T. Munich, Max Planck Inst. Hou S. Taiwan, Inst. Phys. Houlden M.A. Liverpool U. Hoummada A. Hassan U., II, Rabat Howe T. Southern Methodist U. Howell D.F. Oxford U. Hrivnac J. Orsay, LAL Hruska I. Prague, Inst. Phys. Hryn'ova T. Annecy, LAPP Hsu P.J. Yale U. Hsu S.C. UC, Berkeley LBL, Berkeley Huang G.S. Oklahoma U. Hubacek Z. Prague, Tech. U. Hubaut F. Marseille, CPPM Huegging F. Bonn U. Huffman B.T. Oxford U. Hughes E.W. Nevis Labs, Columbia U. Hughes G. Lancaster U. Hughes-Jones R.E. Manchester U. Hurst P. Harvard U. Hurwitz M. Chicago U., EFI Husemann U. DESY, Zeuthen DESY Huseynov N. Huston J. Michigan State U., East Lansing (main) Huth J. Harvard U. Iacobucci G. INFN, Naples Iakovidis G. Natl. Tech. U., Athens Ibbotson M. Manchester U. Ibragimov I. Siegen U. Ichimiya R. Kobe U. Iconomidou-Fayard L. Orsay, LAL Idarraga J. York U., Canada Idzik M. Iengo P. Annecy, LAPP Igonkina O. Nikhef, Amsterdam Ikegami Y. KEK, Tsukuba Ikeno M. KEK, Tsukuba Ilchenko Y. Southern Methodist U. Iliadis D. Thessaloniki U. Aristotle U., Thessaloniki Imbault D. Paris U., VI-VII Imhaeuser M. Wuppertal U. Imori M. Tokyo U., ICEPP Ince T. Victoria U. Inigo-Golfin J. CERN Ioannou P. Athens U. Iodice M. INFN, Rome3 Ionescu G. Annecy, LAPP Irles Quiles A. Barcelona, Inst. Microelectron. Valencia U., IFIC Ishii K. KEK, Tsukuba Ishikawa A. Kobe U. Ishino M. KEK, Tsukuba Ishizawa Y. TRIUMF Ishmukhametov R. Southern Methodist U. Isobe T. Tokyo U., ICEPP Issakov V. Yale U. Issever C. Oxford U. Istin S. Itoh Y. Nagoya U. Ivashin A.V. Serpukhov, IHEP Iwanski W. Cracow, INP Iwasaki H. KEK, Tsukuba Izen J.M. Texas U., Dallas Izzo V. INFN, Naples Jackson B. Pennsylvania U. Jackson J. Ohio State U. Jackson J.N. Liverpool U. Jackson P. SLAC Jaekel M.R. CERN Jahoda M. Prague, Inst. Phys. Jain V. Indiana U. Jakobs K. Freiburg U. Jakobsen S. Copenhagen U. Jakubek J. Prague, Tech. U. Jana D. Oklahoma U. Jansen E. Nijmegen U. Jantsch A. Munich, Max Planck Inst. Janus M. Freiburg U. Jared R.C. Wisconsin U., Madison Jarlskog G. Lund U. Jeanty L. Harvard U. Jelen K. Jen-La Plante I. Chicago U., EFI Jenni P. CERN Jeremie A. Annecy, LAPP Jez P. Copenhagen U. Jezequel S. Annecy, LAPP Ji W. Lund U. Jia J. SUNY, Stony Brook Jiang Y. Hefei, CUST Jimenez Belenguer M. CERN Jin G. Hefei, CUST Jin S. Beijing, Inst. High Energy Phys. Jinnouchi O. Tokyo Inst. Tech. Joffe D. Southern Methodist U. Johansen L.G. Bergen U. Johansen M. Stockholm U., OKC Stockholm U. Johansson K.E. Stockholm U. Johansson P. Sheffield U. Johnert S. DESY, Zeuthen DESY Johns K.A. Arizona U. Jon-And K. Stockholm U., OKC Stockholm U. Jones A. Illinois U., Urbana Jones G. Manchester U. Jones M. Oxford U. Jones R.W.L. Lancaster U. Jones T.W. University Coll. London Jones T.J. Liverpool U. Jonsson O. CERN Joo K.K. Toronto U. Joos D. Freiburg U. Joram C. CERN Jorge P.M. LIP, Lisbon Jorgensen S. Barcelona, IFAE Juranek V. Prague, Inst. Phys. Jussel P. Innsbruck U., Inst. Astrophys. Kabachenko V.V. Serpukhov, IHEP Kabana S. Bern U., LHEP Kaci M. Barcelona, Inst. Microelectron. Valencia U., IFIC Kaczmarska A. Cracow, INP Kado M. Orsay, LAL Kagan H. Ohio State U. Kagan M. Harvard U. Kagawa S. KEK, Tsukuba Kaiser S. Munich, Max Planck Inst. Kajomovitz E. Technion Kalinin S. Wuppertal U. Kalinovskaya L.V. Dubna, JINR Kalinowski A. Regina U. Kama S. DESY, Zeuthen DESY Kambara H. Geneva U. Kanaya N. Tokyo U., ICEPP Kaneda M. Tokyo U., ICEPP Kantserov V.A. Moscow Phys. Eng. Inst. Kanzaki J. KEK, Tsukuba Kaplan B. Yale U. Kapliy A. Chicago U., EFI Kaplon J. CERN Karagounis M. Bonn U. Karagoz Unel M. Oxford U. Karr K. Argonne Kartvelishvili V. Lancaster U. Karyukhin A.N. Serpukhov, IHEP Kashif L. Harvard U. Kasmi A. Southern Methodist U. Kass R.D. Ohio State U. Kastanas A. Bergen U. Kastoryano M. Yale U. Kataoka M. Annecy, LAPP Kataoka Y. Tokyo U., ICEPP Katsoufis E. Natl. Tech. U., Athens Katzy J. DESY, Zeuthen DESY Kaushik V. Arizona U. Kawagoe K. Kobe U. Kawamoto T. Tokyo U., ICEPP Kawamura G. Mainz U. Kayl M.S. Nikhef, Amsterdam Kayumov F. Kazanin V.A. Novosibirsk, IYF Kazarinov M.Y. Dubna, JINR Kazi S.I. Melbourne U. Keates J.R. Manchester U. Keeler R. Victoria U. Keener P.T. Pennsylvania U. Kehoe R. Southern Methodist U. Keil M. Geneva U. Kekelidze G.D. Dubna, JINR Kelly M. Manchester U. Kennedy J. Munich U. Kenyon M. Glasgow U. Kepka O. Prague, Inst. Phys. Kerschen N. CERN Kersevan B.P. Ljubljana U. Stefan Inst., Ljubljana Kersten S. Wuppertal U. Kessoku K. Tokyo U., ICEPP Ketterer C. Freiburg U. Khakzad M. Carleton U. Khalil-zada F. Khandanyan H. Illinois U., Urbana Khanov A. Oklahoma State U. Kharchenko D. Dubna, JINR Khodinov A. SUNY, Stony Brook Kholodenko A.G. Serpukhov, IHEP Khomich A. Kirchhoff Inst. Phys. Khoriauli G. Bonn U. Khovanskiy N. Dubna, JINR Khovanskiy V. Moscow, ITEP Khramov E. Dubna, JINR Khubua J. Tbilisi State U. Kilvington G. Royal Holloway, U. of London Kim H. Texas U., Arlington (main) Kim M.S. Alberta U. Kim P.C. SLAC Kim S.H. Tsukuba U., GSPAS Kind O. Humboldt U., Berlin Kind P. Wuppertal U. King B.T. Liverpool U. Kirk J. Rutherford Kirsch G.P. Oxford U. Kirsch L.E. Brandeis U. Kiryunin A.E. Munich, Max Planck Inst. Kisielewska D. Kisielewski B. Cracow, INP Kittelmann T. Pittsburgh U. Kiver A.M. Serpukhov, IHEP Kiyamura H. Kobe U. Kladiva E. Kosice, IEF Klaiber-Lodewigs J. Dortmund U. Klein M. Liverpool U. Klein U. Liverpool U. Kleinknecht K. Mainz U. Klemetti M. McGill U. Klier A. Weizmann Inst. Klimentov A. Brookhaven Natl. Lab. Klimkovich T. LIP, Lisbon Klingenberg R. Dortmund U. Klinkby E.B. Duke U. Klioutchnikova T. CERN Klok P.F. Nijmegen U. Klous S. Nikhef, Amsterdam Kluge E.E. Kirchhoff Inst. Phys. Kluge T. Liverpool U. Kluit P. Nikhef, Amsterdam Klute M. Gottingen U., II. Phys. Inst. Kluth S. Munich, Max Planck Inst. Knecht N.S. Toronto U. Kneringer E. Innsbruck U., Inst. Astrophys. Knobloch J. CERN Ko B.R. Duke U. Kobayashi T. Tokyo U., ICEPP Kobel M. Dresden, Tech. U. Koblitz B. CERN Kocian M. SLAC Kocnar A. Palacky U. Kodys P. Charles U. Koneke K. DESY, Zeuthen DESY Konig A.C. Nijmegen U. Koenig S. Mainz U. Konig S. Freiburg U. Kopke L. Mainz U. Koetsveld F. Nijmegen U. Koevesarki P. Bonn U. Koffas T. CERN Koffeman E. Nikhef, Amsterdam Kohn F. Gottingen U., II. Phys. Inst. Kohout Z. Prague, Tech. U. Kohriki T. KEK, Tsukuba Kokott T. Bonn U. Kolachev G.M. Novosibirsk, IYF Kolanoski H. Humboldt U., Berlin Kolesnikov V. Dubna, JINR Koletsou I. Annecy, LAPP Koll J. Michigan State U., East Lansing (main) Kollar D. CERN Kollefrath M. Freiburg U. Kolos S. UC, Irvine Kolya S.D. Manchester U. Komar A.A. Komaragiri J.R. Simon Fraser U. Kondo T. KEK, Tsukuba Kono T. DESY, Zeuthen DESY Kononov A.I. Freiburg U. Konoplich R. New York U. Konovalov S.P. Konstantinidis N. University Coll. London Kootz A. Wuppertal U. Koperny S. Kopikov S.V. Serpukhov, IHEP Korcyl K. Cracow, INP Kordas K. Bern U., LHEP Koreshev V. Serpukhov, IHEP Korn A. UC, Berkeley LBL, Berkeley Korolkov I. Barcelona, IFAE Korolkova E.V. Sheffield U. Korotkov V.A. Serpukhov, IHEP Korsmo H. Lund U. Kortner O. Munich, Max Planck Inst. Kostka P. DESY, Zeuthen DESY Kostyukhin V.V. Bonn U. Kotamaki M.J. CERN Kotchetkov D. Brandeis U. Kotov S. Munich, Max Planck Inst. Kotov V.M. Dubna, JINR Kotov K.Y. Novosibirsk, IYF Koupilova Z. Charles U. Kourkoumelis C. Athens U. Koutsman A. Nikhef, Amsterdam Kovar S. CERN Kowalewski R. Victoria U. Kowalski H. DESY, Zeuthen DESY Kowalski T.Z. Kozanecki W. IRFU, Saclay Kozhin A.S. Serpukhov, IHEP Kral V. Prague, Tech. U. Kramarenko V.A. SINP, Moscow Kramberger G. Ljubljana U. Stefan Inst., Ljubljana Kramer A. Freiburg U. Krasel O. Dortmund U. Krasny M.W. Paris U., VI-VII Krasznahorkay A. New York U. Kreisel A. Tel Aviv U. Krejci F. Prague, Tech. U. Kretzschmar J. Liverpool U. Krieger N. Gottingen U., II. Phys. Inst. Krieger P. Toronto U. Krivkova P. Charles U. Krobath G. Munich U. Kroeninger K. Gottingen U., II. Phys. Inst. Kroha H. Munich, Max Planck Inst. Kroll J. Pennsylvania U. Kroseberg J. Bonn U. Krstic J. Belgrade U. Kruchonak U. Dubna, JINR Kruger H. Bonn U. Krumshteyn Z.V. Dubna, JINR Kubota T. Tokyo U., ICEPP Kuehn S. Freiburg U. Kugel A. Heidelberg U. Kuhl T. Wuppertal U. Kuhn D. Innsbruck U., Inst. Astrophys. Kukhtin V. Dubna, JINR Kulchitsky Y. Kuleshov S. Kummer C. Munich U. Kuna M. Marseille, CPPM Kundu N. Oxford U. Kunkle J. Pennsylvania U. Kupco A. Prague, Inst. Phys. Kurashige H. Kobe U. Kurata M. Tsukuba U., GSPAS Kurchaninov L.L. TRIUMF Kurochkin Y.A. Kus V. Prague, Inst. Phys. Kuykendall W. Washington U., Seattle Kuzhir P. Minsk, High Energy Phys. Ctr. Kuznetsova E. Rome U. INFN, Rome Kvasnicka O. Prague, Inst. Phys. Kwee R. Humboldt U., Berlin La Rotonda L. INFN, Cosenza Labarga L. Madrid, Autonoma U. Labbe J. Annecy, LAPP Lacasta C. Barcelona, Inst. Microelectron. Valencia U., IFIC Lacava F. Rome U. INFN, Rome Lacker H. Humboldt U., Berlin Lacour D. Paris U., VI-VII Lacuesta V.R. Barcelona, Inst. Microelectron. Valencia U., IFIC Ladygin E. Dubna, JINR Lafaye R. Annecy, LAPP Laforge B. Paris U., VI-VII Lagouri T. Madrid, Autonoma U. Lai S. Freiburg U. Lamanna M. CERN Lambacher M. Munich U. Lampen C.L. Arizona U. Lampl W. Arizona U. Lancon E. IRFU, Saclay Landgraf U. Freiburg U. Landon M.P.J. Queen Mary, U. of London Landsman H. Technion Lane J.L. Manchester U. Lankford A.J. UC, Irvine Lanni F. Brookhaven Natl. Lab. Lantzsch K. CERN Lanza A. INFN, Pavia Lapin V.V. Serpukhov, IHEP Laplace S. Annecy, LAPP Lapoire C. Marseille, CPPM Laporte J.F. IRFU, Saclay Lari T. INFN, Milan Larionov A.V. Serpukhov, IHEP Larner A. Oxford U. Lasseur C. CERN Lassnig M. CERN Lau W. Oxford U. Laurelli P. Frascati Lavorato A. Oxford U. Lavrijsen W. UC, Berkeley LBL, Berkeley Laycock P. Liverpool U. Lazarev A.B. Dubna, JINR Lazzaro A. Milan U. INFN, Milan Le Dortz O. Paris U., VI-VII Le Guirriec E. Marseille, CPPM Le Maner C. Toronto U. Le Menedeu E. IRFU, Saclay Le Vine M. Brookhaven Natl. Lab. Leahu M. CERN Lebedev A. Iowa State U. Lebel C. Montreal U. Lechowski M. Orsay, LAL LeCompte T. Argonne Ledroit-Guillon F. Lee H. Nikhef, Amsterdam Lee J.S.H. Sydney U. Lee S.C. Taiwan, Inst. Phys. Lefebvre M. Victoria U. Legendre M. IRFU, Saclay Leger A. Geneva U. LeGeyt B.C. Pennsylvania U. Legger F. Munich U. Leggett C. UC, Berkeley LBL, Berkeley Lehmacher M. Bonn U. Lehmann Miotto G. CERN Lehto M. Sheffield U. Lei X. Arizona U. Leitner R. Charles U. Lellouch D. Weizmann Inst. Lellouch J. Paris U., VI-VII Leltchouk M. Nevis Labs, Columbia U. Lendermann V. Kirchhoff Inst. Phys. Leney K.J.C. Liverpool U. Lenz T. Wuppertal U. Lenzen G. Wuppertal U. Lenzi B. IRFU, Saclay Leonhardt K. Dresden, Tech. U. Lepidis J. Wuppertal U. Leroy C. Montreal U. Lessard J.R. Victoria U. Lesser J. Stockholm U. Lester C.G. Cambridge U. Leung Fook Cheong A. Wisconsin U., Madison Leveque J. Marseille, CPPM Levin D. U. Michigan, Ann Arbor Levinson L.J. Weizmann Inst. Levitski M.S. Serpukhov, IHEP Levonian S. DESY, Zeuthen DESY Lewandowska M. Boston U. Leyton M. UC, Berkeley LBL, Berkeley Li H. Wisconsin U., Madison Li S. DESY, Zeuthen DESY Li X. U. Michigan, Ann Arbor Liang Z. Southern Methodist U. Liang Z. Taiwan, Inst. Phys. Liberti B. INFN, Rome2 Lichard P. CERN Lichtnecker M. Munich U. Lie K. Illinois U., Urbana Liebig W. Nikhef, Amsterdam Lifshitz R. Technion Lilley J.N. Birmingham U. Lim H. Argonne Limosani A. Melbourne U. Limper M. U. Iowa, Iowa City Lin S.C. Taiwan, Inst. Phys. Linde F. Nikhef, Amsterdam Linnemann J.T. Michigan State U., East Lansing (main) Lipeles E. Pennsylvania U. Lipinsky L. Prague, Inst. Phys. Lipniacka A. Bergen U. Liss T.M. Illinois U., Urbana Lissauer D. Brookhaven Natl. Lab. Lister A. Geneva U. Litke A.M. UC, Santa Cruz Liu C. Carleton U. Liu D. Taiwan, Inst. Phys. Liu H. U. Michigan, Ann Arbor Liu J.B. U. Michigan, Ann Arbor Liu M. Hefei, CUST Liu S. Alberta U. Liu T. Southern Methodist U. Liu Y. Hefei, CUST Livan M. Pavia U. INFN, Pavia Lleres A. Lloyd S.L. Queen Mary, U. of London Lobkowicz F. Brookhaven Natl. Lab. Lobodzinska E. DESY, Zeuthen DESY Loch P. Arizona U. Lockman W.S. UC, Santa Cruz Lockwitz S. Yale U. Loddenkoetter T. Bonn U. Loebinger F.K. Manchester U. Loginov A. Yale U. Loh C.W. British Columbia U. Lohse T. Humboldt U., Berlin Lohwasser K. Freiburg U. Lokajicek M. Prague, Inst. Phys. Loken J. Oxford U. Long R.E. Lancaster U. Lopes L. LIP, Lisbon Lopez Mateos D. Nevis Labs, Columbia U. Losada M. Loscutoff P. UC, Berkeley LBL, Berkeley Losty M.J. TRIUMF Lou X. Texas U., Dallas Lounis A. Orsay, LAL Loureiro K.F. Ohio State U. Love J. Boston U. Love P.A. Lancaster U. Lowe A.J. Indiana U. Lu F. Beijing, Inst. High Energy Phys. Lu J. Alberta U. Lu L. Southern Methodist U. Lubatti H.J. Washington U., Seattle Lucas S. CERN Luci C. Rome U. INFN, Rome Lucotte A. Ludwig A. Dresden, Tech. U. Ludwig D. DESY, Zeuthen DESY Ludwig I. Freiburg U. Ludwig J. Freiburg U. Luehring F. Indiana U. Luijckx G. Nikhef, Amsterdam Luisa L. Udine U. INFN, Udine Lumb D. Freiburg U. Luminari L. INFN, Rome Lund E. Oslo U. Lund-Jensen B. Royal Inst. Tech., Stockholm Lundberg B. Lund U. Lundberg J. CERN Lundquist J. Copenhagen U. Lupi A. Pisa U. INFN, Pisa Lutz G. Munich, Max Planck Inst. Lynn D. Brookhaven Natl. Lab. Lynn J. Oxford U. Lys J. UC, Berkeley LBL, Berkeley Lytken E. Lund U. Ma H. Brookhaven Natl. Lab. Ma L.L. Wisconsin U., Madison Maassen M. Freiburg U. Macana Goia J.A. Montreal U. Maccarrone G. Frascati Macchiolo A. Munich, Max Planck Inst. Macek B. Ljubljana U. Stefan Inst., Ljubljana Machado Miguens J. LIP, Lisbon Macina D. Geneva U. Mackeprang R. CERN Macpherson A. Alberta U. MacQueen D. Alberta U. Madaras R.J. UC, Berkeley LBL, Berkeley Mader W.F. Dresden, Tech. U. Maenner R. Heidelberg U. Maeno T. Brookhaven Natl. Lab. Mattig P. Wuppertal U. Mattig S. DESY, Zeuthen DESY Magalhaes Martins P.J. LIP, Lisbon Magass C. Bonn U. Magradze E. Tbilisi State U. Magrath C.A. Nijmegen U. Mahalalel Y. Tel Aviv U. Mahboubi K. Freiburg U. Mahmood A. Massey U., Albany Mahout G. Birmingham U. Maiani C. Rome U. INFN, Rome Maidantchik C. Rio de Janeiro Federal U. Maio A. LIP, Lisbon Mair G.M. Innsbruck U., Inst. Astrophys. Majewski S. Brookhaven Natl. Lab. Makida Y. KEK, Tsukuba Makouski M. Serpukhov, IHEP Makovec N. Orsay, LAL Malecki P. Cracow, INP Maleev V.P. St. Petersburg, INP Malek F. Mallik U. U. Iowa, Iowa City Malon D. Argonne Maltezos S. Natl. Tech. U., Athens Malyshev V. Novosibirsk, IYF Malyukov S. Dubna, JINR Mambelli M. Chicago U., EFI Mameghani R. Munich U. Mamuzic J. DESY, Zeuthen DESY Manabe A. KEK, Tsukuba Manara A. Indiana U. Manca G. Liverpool U. Mandelli L. INFN, Milan Mandic I. Ljubljana U. Stefan Inst., Ljubljana Mandrysch R. Humboldt U., Berlin Maneira J. LIP, Lisbon Mangeard P.S. Michigan State U., East Lansing (main) Mangin-Brinet M. Geneva U. Manjavidze I.D. Dubna, JINR Mann W.A. Tufts U. Manning P.M. UC, Santa Cruz Manolopoulos S. Sheffield U. Manousakis-Katsikakis A. Athens U. Mansoulie B. IRFU, Saclay Manz A. Munich, Max Planck Inst. Mapelli A. CERN Mapelli L. CERN March L. Madrid, Autonoma U. Marchand J.F. Annecy, LAPP Marchese F. Rome U., Tor Vergata INFN, Rome2 Marchesotti M. CERN Marchiori G. Paris U., VI-VII Marcisovsky M. Prague, Inst. Phys. Marin A. Boston U. Marino C.P. Indiana U. Marroquim F. Rio de Janeiro Federal U. Marshall R. Manchester U. Marshall Z. Nevis Labs, Columbia U. Martens F.K. Toronto U. Marti-Garcia S. Barcelona, Inst. Microelectron. Valencia U., IFIC Martin A.J. Queen Mary, U. of London Martin A.J. Yale U. Martin B. CERN Martin B. Michigan State U., East Lansing (main) Martin F.F. Pennsylvania U. Martin J.P. Montreal U. Martin Ph. Martin T.A. Birmingham U. Martin dit Latour B. Geneva U. Martinez M. Barcelona, IFAE Martinez Outschoorn V. Harvard U. Martini A. Frascati Martins J. LIP, Lisbon Martynenko V. York U., Canada Martyniuk A.C. Manchester U. Marzano F. INFN, Rome Marzin A. IRFU, Saclay Masetti L. Bonn U. Mashimo T. Tokyo U., ICEPP Mashinistov R. Moscow Phys. Eng. Inst. Masik J. Manchester U. Maslennikov A.L. Novosibirsk, IYF Mass M. Dortmund U. Massa I. Bologna U. INFN, Bologna Massaro G. Nikhef, Amsterdam Massol N. Annecy, LAPP Mastroberardino A. INFN, Cosenza Masubuchi T. Tokyo U., ICEPP Mathes M. Bonn U. Matricon P. Orsay, LAL Matsumoto H. Tokyo U., ICEPP Matsunaga H. Tokyo U., ICEPP Matsushita T. Kobe U. Mattravers C. Oxford U. Maugain J.M. CERN Maxfield S.J. Liverpool U. May E.N. Argonne Mayer J.K. Toronto U. Mayne A. Sheffield U. Mazini R. Taiwan, Inst. Phys. Mazur M. Freiburg U. Mazzanti M. INFN, Milan Mazzoni E. Pisa U. INFN, Pisa Mazzucato F. Geneva U. McDonald J. McGill U. McKee S.P. U. Michigan, Ann Arbor McCarn A. Illinois U., Urbana McCarthy R.L. SUNY, Stony Brook McCubbin N.A. Rutherford McFarlane K.W. Hampton U. McGarvie S. Royal Holloway, U. of London McGlone H. Glasgow U. Mchedlidze G. Tbilisi State U. McLaren R.A. CERN McMahon S.J. Rutherford McMahon T.R. Royal Holloway, U. of London McMahon T.J. Birmingham U. McPherson R.A. Victoria U. Meade A. Massachusetts U., Amherst Mechnich J. Nikhef, Amsterdam Mechtel M. Wuppertal U. Medinnis M. DESY, Zeuthen DESY Meera-Lebbai R. Oklahoma U. Meguro T.M. Osaka U. Mehdiyev R. Montreal U. Mehlhase S. DESY, Zeuthen DESY Mehta A. Liverpool U. Meier K. Kirchhoff Inst. Phys. Meinhardt J. Freiburg U. Meirose B. Freiburg U. Meirosu C. CERN Melachrinos C. Chicago U., EFI Mellado Garcia B.R. Wisconsin U., Madison Mendez P. Munich U. Mendoza Navas L. Meng Z. Taiwan, Inst. Phys. Menke S. Munich, Max Planck Inst. Menot C. CERN Meoni E. Barcelona, IFAE Merkl D. Munich U. Mermod P. Oxford U. Merola L. Naples U. INFN, Naples Meroni C. INFN, Milan Merritt F.S. Chicago U., EFI Messina A.M. CERN Messmer I. Freiburg U. Metcalfe J. New Mexico U. Mete A.S. Iowa State U. Meuser S. Bonn U. Meyer J.P. IRFU, Saclay Meyer J. Wurzburg U. Meyer J. Gottingen U., II. Phys. Inst. Meyer T.C. CERN Meyer W.T. Iowa State U. Miao J. Shandong U. Michal S. CERN Micu L. Bucharest, IFIN-HH Middleton R.P. Rutherford Miele P. CERN Migas S. Liverpool U. Migliaccio A. Naples U. INFN, Naples Mijovic L. Ljubljana U. Stefan Inst., Ljubljana Mikenberg G. Weizmann Inst. Mikestikova M. Prague, Inst. Phys. Mikulec B. Geneva U. Mikus M. Ljubljana U. Stefan Inst., Ljubljana Miller D.W. SLAC Miller R.J. Michigan State U., East Lansing (main) Mills W.J. British Columbia U. Mills C.M. Harvard U. Milov A. Weizmann Inst. Milstead D.A. Stockholm U., OKC Stockholm U. Milstein D. Weizmann Inst. Mima S. Okayama U. Sci. Minaenko A.A. Serpukhov, IHEP Minano M. Barcelona, Inst. Microelectron. Valencia U., IFIC Minashvili I.A. Dubna, JINR Mincer A.I. New York U. Mindur B. Mineev M. Dubna, JINR Ming Y. Regina U. Mir L.M. Barcelona, IFAE Mirabelli G. INFN, Rome Miralles Verge L. Barcelona, IFAE Misawa S. Brookhaven Natl. Lab. Miscetti S. Frascati Misiejuk A. Royal Holloway, U. of London Mitra A. Oxford U. Mitrevski J. UC, Santa Cruz Mitrofanov G.Y. Serpukhov, IHEP Mitsou V.A. Barcelona, Inst. Microelectron. Valencia U., IFIC Miyagawa P.S. Manchester U. Miyazaki Y. Shinshu U. Mjornmark J.U. Lund U. Mladenov D. Brandeis U. Moa T. Stockholm U., OKC Stockholm U. Moch M. Rome U. INFN, Rome Mockett P. Washington U., Seattle Moed S. Harvard U. Moeller V. Cambridge U. Monig K. DESY, Zeuthen DESY Moser N. Bonn U. Mohn B. Bergen U. Mohr W. Freiburg U. Mohrdieck-Mock S. Munich, Max Planck Inst. Moisseev A.M. Serpukhov, IHEP Moles-Valls R. Barcelona, Inst. Microelectron. Valencia U., IFIC Molina-Perez J. CERN Moll A. DESY, Zeuthen DESY Moneta L. Geneva U. Monk J. University Coll. London Monnier E. Marseille, CPPM Montarou G. Clermont-Ferrand U. Montesano S. Milan U. INFN, Milan Monticelli F. La Plata U. Moore R.W. Alberta U. Moore T.B. Massachusetts U., Amherst Moorhead G.F. Melbourne U. Mora Herrera C. Geneva U. Moraes A. Glasgow U. Morais A. LIP, Lisbon Morel J. Gottingen U., II. Phys. Inst. Morello G. INFN, Cosenza Moreno D. Moreno Llacer M. Barcelona, Inst. Microelectron. Valencia U., IFIC Morettini P. INFN, Genoa Morgan D. Sheffield U. Morii M. Harvard U. Morin J. Queen Mary, U. of London Morita Y. KEK, Tsukuba Morley A.K. Melbourne U. Mornacchi G. CERN Morone M.C. Geneva U. Morozov S.V. Moscow Phys. Eng. Inst. Morris J.D. Queen Mary, U. of London Moser H.G. Munich, Max Planck Inst. Mosidze M. Tbilisi State U. Moss J. Ohio State U. Moszczynski A. Cracow, INP Mount R. SLAC Mountricha E. IRFU, Saclay Mouraviev S.V. Moye T.H. Birmingham U. Moyse E.J.W. Massachusetts U., Amherst Mudrinic M. VINCA Inst. Nucl. Sci., Belgrade Mueller F. Kirchhoff Inst. Phys. Mueller J. Pittsburgh U. Mueller K. Bonn U. Muller T.A. Munich U. Muenstermann D. Dortmund U. Muijs A. Nikhef, Amsterdam Muir A. British Columbia U. Munar A. Pennsylvania U. Munday D.J. Cambridge U. Munwes Y. Tel Aviv U. Murakami K. KEK, Tsukuba Murillo Garcia R. UC, Irvine Murray W.J. Rutherford Mussche I. Nikhef, Amsterdam Musto E. Naples U. INFN, Naples Myagkov A.G. Serpukhov, IHEP Myska M. Prague, Inst. Phys. Nadal J. Barcelona, IFAE Nagai K. Tsukuba U., GSPAS Nagano K. KEK, Tsukuba Nagasaka Y. Hiroshima Inst. Tech. Nairz A.M. CERN Naito D. Okayama U. Sci. Nakamura K. Tokyo U., ICEPP Nakano I. Okayama U. Sci. Nakatsuka H. Kobe U. Nanava G. Bonn U. Napier A. Tufts U. Nash M. University Coll. London Nasteva I. Manchester U. Nation N.R. Boston U. Nattermann T. Bonn U. Naumann T. DESY, Zeuthen DESY Nauyock F. Manchester U. Navarro G. Nderitu S.K. Bonn U. Neal H.A. U. Michigan, Ann Arbor Nebot E. Madrid, Autonoma U. Nechaeva P. Negri A. Pavia U. INFN, Pavia Negri G. CERN Negroni S. Nevis Labs, Columbia U. Nektarijevic S. Geneva U. Nelson A. Iowa State U. Nelson T.K. SLAC Nemecek S. Prague, Inst. Phys. Nemethy P. New York U. Nepomuceno A.A. Rio de Janeiro Federal U. Nessi M. CERN Nesterov S.Y. St. Petersburg, INP Neubauer M.S. Illinois U., Urbana Neukermans L. Annecy, LAPP Neusiedl A. Mainz U. Neves R.N. LIP, Lisbon Nevski P. Brookhaven Natl. Lab. Newcomer F.M. Pennsylvania U. Nicholson C. Glasgow U. Nickerson R.B. Oxford U. Nicolaidou R. IRFU, Saclay Nicolas L. Sheffield U. Nicoletti G. Frascati Nicquevert B. CERN Niedercorn F. Orsay, LAL Nielsen J. UC, Santa Cruz Niinikoski T. CERN Niinimaki M.J. Oslo U. Nikiforov A. Humboldt U., Berlin Nikolaev K. Dubna, JINR Nikolic-Audit I. Paris U., VI-VII Nikolopoulos K. Athens U. Nilsen H. Freiburg U. Nilsson B.S. Copenhagen U. Nilsson P. Texas U., Arlington (main) Nisati A. INFN, Rome Nishiyama T. Kobe U. Nisius R. Munich, Max Planck Inst. Nodulman L. Argonne Nomachi M. Osaka U. Nomidis I. Thessaloniki U. Aristotle U., Thessaloniki Nomoto H. Tokyo U., ICEPP Nordberg M. CERN Nordkvist B. Stockholm U., OKC Stockholm U. Norniella Francisco O. Barcelona, IFAE Norton P.R. Rutherford Notz D. DESY, Zeuthen DESY Novakova J. Charles U. Nozaki M. KEK, Tsukuba Nosicka M. DESY, Zeuthen DESY Nugent I.M. TRIUMF Nuncio-Quiroz A.E. Bonn U. Nunes R. CERN Nunes Hanninger G. Bonn U. Nunnemann T. Munich U. Nurse E. University Coll. London Nyman T. CERN O'Neale S.W. Birmingham U. O'Neil D.C. Simon Fraser U. O'Shea V. Glasgow U. Oakham F.G. Carleton U. Oberlack H. Munich, Max Planck Inst. Obermaier M. Munich U. Oberson P. Rome U. INFN, Rome Ochi A. Kobe U. Oda S. Tokyo U., ICEPP Odaka S. KEK, Tsukuba Odier J. Marseille, CPPM Odino G.A. Genoa U. INFN, Genoa Ogren H. Indiana U. Oh A. Manchester U. Oh S.H. Duke U. Ohm C.C. Stockholm U., OKC Stockholm U. Ohshima T. Nagoya U. Ohshita H. Shinshu U. Ohska T.K. KEK, Tsukuba Ohsugi T. Hiroshima U., RIISE Okada S. Kobe U. Okawa H. Tokyo U., ICEPP Okumura Y. Nagoya U. Okuyama T. Tokyo U., ICEPP Olcese M. INFN, Genoa Olchevski A.G. Dubna, JINR Oliveira M. LIP, Lisbon Oliveira Damazio D. Brookhaven Natl. Lab. Oliver C. Madrid, Autonoma U. Oliver J. Harvard U. Oliver Garcia E. Barcelona, Inst. Microelectron. Valencia U., IFIC Olivito D. Pennsylvania U. Olivo Gomez M. Munich, Max Planck Inst. Olszewski A. Cracow, INP Olszowska J. Cracow, INP Omachi C. Kobe U. Onea A. CERN Onofre A. LIP, Lisbon Onyisi P.U.E. Chicago U., EFI Oram C.J. TRIUMF Ordonez G. Nijmegen U. Oreglia M.J. Chicago U., EFI Orellana F. Geneva U. Oren Y. Tel Aviv U. Orestano D. Rome III U. INFN, Rome3 Orlov I. Novosibirsk, IYF Oropeza Barrera C. Glasgow U. Orr R.S. Toronto U. Orsini F. Paris U., VI-VII Ortega E.O. Regina U. Osborne L.S. MIT Osculati B. Genoa U. INFN, Genoa Ospanov R. Pennsylvania U. Osuna C. Barcelona, IFAE Ottersbach J.P. Nikhef, Amsterdam Ottewell B. Oxford U. Ould-Saada F. Oslo U. Ouraou A. IRFU, Saclay Ouyang Q. Beijing, Inst. High Energy Phys. Owen M. Manchester U. Owen S. Sheffield U. Oyarzun A. Oye O.K. Bergen U. Ozcan V.E. University Coll. London Ozone K. KEK, Tsukuba Ozturk N. Texas U., Arlington (main) Pacheco Pages A. Barcelona, IFAE Padilla Aranda C. Barcelona, IFAE Paganis E. Sheffield U. Pahl C. U. Iowa, Iowa City Paige F. Brookhaven Natl. Lab. Pajchel K. Oslo U. Pal A. Texas U., Arlington (main) Palestini S. CERN Palla J. CERN Pallin D. Clermont-Ferrand U. Palma A. LIP, Lisbon Palmer J.D. Birmingham U. Palmer M.J. Cambridge U. Pan Y.B. Wisconsin U., Madison Panagiotopoulou E. Natl. Tech. U., Athens Panes B. Chile U., Catolica Panikashvili N. U. Michigan, Ann Arbor Panin V.N. Novosibirsk, IYF Panitkin S. Brookhaven Natl. Lab. Pantea D. Bucharest, IFIN-HH Panuskova M. Prague, Inst. Phys. Paolone V. Pittsburgh U. Paoloni A. Rome U., Tor Vergata INFN, Rome2 Papadopoulos I. CERN Papadopoulou Th.D. Natl. Tech. U., Athens Park S.J. Gottingen U., II. Phys. Inst. Park W. Brookhaven Natl. Lab. Parker M.A. Cambridge U. Parker S.I. UC, Berkeley LBL, Berkeley Parodi F. Genoa U. INFN, Genoa Parsons J.A. Nevis Labs, Columbia U. Parzefall U. Freiburg U. Pasqualucci E. INFN, Rome Passeri A. INFN, Rome3 Pastore F. Rome III U. INFN, Rome3 Pastore Fr. CERN Pasztor G. Geneva U. Pataraia S. Munich, Max Planck Inst. Pater J.R. Manchester U. Patricelli S. Naples U. INFN, Naples Patwa A. Brookhaven Natl. Lab. Pauly T. CERN Peak L.S. Sydney U. Pecsy M. Comenius U. Pedraza Morales M.I. Wisconsin U., Madison Peeters S.J.M. Nikhef, Amsterdam Peez M. Madrid, Autonoma U. Peleganchuk S.V. Novosibirsk, IYF Peng H. Wisconsin U., Madison Pengo R. CERN Penson A. Nevis Labs, Columbia U. Penwell J. Indiana U. Perantoni M. Rio de Janeiro Federal U. Perez K. Nevis Labs, Columbia U. Perez Codina E. Barcelona, IFAE Perez Garcia-Estan M.T. Barcelona, Inst. Microelectron. Valencia U., IFIC Perez Reale V. Nevis Labs, Columbia U. Peric I. Bonn U. Perini L. Milan U. INFN, Milan Pernegger H. CERN Perrino R. INFN, Lecce Perrodo P. Annecy, LAPP Persembe S. Ankara U. Perus P. Orsay, LAL Peshekhonov V.D. Dubna, JINR Petereit E. Argonne Peters O. Nikhef, Amsterdam Petersen B.A. CERN Petersen J. CERN Petersen T.C. Copenhagen U. Petit E. Marseille, CPPM Petridou C. Thessaloniki U. Aristotle U., Thessaloniki Petrolo E. INFN, Rome Petrucci F. Rome III U. INFN, Rome3 Petschull D. DESY, Zeuthen DESY Petteni M. Simon Fraser U. Pezoa R. Pfeifer B. Freiburg U. Phan A. Melbourne U. Phillips A.W. Cambridge U. Piacquadio G. CERN Piccinini M. Bologna U. INFN, Bologna Pickford A. Glasgow U. Piegaia R. Buenos Aires U. Pilcher J.E. Chicago U., EFI Pilkington A.D. Manchester U. Pimenta Dos Santos M.A. CERN Pina J. LIP, Lisbon Pinamonti M. CERN Pinfold J.L. Alberta U. Ping J. Nanjing U. Pinto B. LIP, Lisbon Pinzon G. Pirotte O. CERN Pizio C. Milan U. INFN, Milan Placakyte R. DESY, Zeuthen DESY Plamondon M. Victoria U. Plano W.G. Manchester U. Pleier M.A. Brookhaven Natl. Lab. Pleskach A.V. Serpukhov, IHEP Poblaguev A. Yale U. Poddar S. Kirchhoff Inst. Phys. Podlyski F. Clermont-Ferrand U. Poffenberger P. Victoria U. Poggioli L. Orsay, LAL Pohl M. Geneva U. Polci F. Polesello G. INFN, Pavia Policicchio A. Washington U., Seattle Polini A. INFN, Bologna Poll J. Queen Mary, U. of London Polychronakos V. Brookhaven Natl. Lab. Pomarede D.M. IRFU, Saclay Pomeroy D. Brandeis U. Pommes K. CERN Pontecorvo L. INFN, Rome Pope B.G. Michigan State U., East Lansing (main) Popescu R. Brookhaven Natl. Lab. Popovic D.S. Belgrade U. Poppleton A. CERN Popule J. Prague, Inst. Phys. Portell Bueso X. Freiburg U. Porter R. UC, Irvine Posch C. Boston U. Pospelov G.E. Munich, Max Planck Inst. Pospichal P. CERN Pospisil S. Prague, Tech. U. Potekhin M. Brookhaven Natl. Lab. Potrap I.N. Munich, Max Planck Inst. Potter C.J. Sussex U. Potter C.T. McGill U. Potter K.P. Manchester U. Poulard G. CERN Pousada A. LIP, Lisbon Poveda J. Wisconsin U., Madison Prabhu R. Bonn U. Pralavorio P. Marseille, CPPM Prasad S. Harvard U. Prata M. Pavia U. INFN, Pavia Pravahan R. Texas U., Arlington (main) Pretzl K. Bern U., LHEP Pribyl L. CERN Price D. Indiana U. Price L.E. Argonne Price M.J. CERN Prichard P.M. Liverpool U. Prieur D. Pittsburgh U. Primavera M. INFN, Lecce Primor D. CERN Prokofiev K. CERN Prokoshin F. Protopopescu S. Brookhaven Natl. Lab. Proudfoot J. Argonne Prudent X. Dresden, Tech. U. Przysiezniak H. Annecy, LAPP Psoroulas S. Bonn U. Ptacek E. Oregon U. Puigdengoles C. Barcelona, IFAE Purdham J. U. Michigan, Ann Arbor Purohit M. Brookhaven Natl. Lab. Puzo P. Orsay, LAL Pylypchenko Y. Oslo U. Qi M. Nanjing U. Qian J. U. Michigan, Ann Arbor Qian W. Rutherford Qian Z. Marseille, CPPM Qin Z. DESY, Zeuthen DESY Qing D. TRIUMF Quadt A. Gottingen U., II. Phys. Inst. Quarrie D.R. UC, Berkeley LBL, Berkeley Quayle W.B. Wisconsin U., Madison Quinonez F. Raas M. Nijmegen U. Radeka V. Brookhaven Natl. Lab. Radescu V. Heidelberg U. Radics B. Bonn U. Rador T. Ragusa F. Milan U. INFN, Milan Rahal G. Rahimi A.M. Ohio State U. Rahm C. Brookhaven Natl. Lab. Raine C. Glasgow U. Raith B. Bonn U. Rajagopalan S. Brookhaven Natl. Lab. Rajek S. Dortmund U. Rammensee M. Freiburg U. Rammer H. CERN Rammes M. Siegen U. Ramstedt M. Stockholm U., OKC Stockholm U. Ratoff P.N. Lancaster U. Rauscher F. Munich U. Rauter E. Munich, Max Planck Inst. Raymond M. CERN Read A.L. Oslo U. Rebuzzi D.M. Pavia U. INFN, Pavia Redelbach A. Wurzburg U. Redlinger G. Brookhaven Natl. Lab. Reece R. Pennsylvania U. Reeves K. Texas U., Dallas Rehak M. Brookhaven Natl. Lab. Reichold A. Nikhef, Amsterdam Reinherz-Aronis E. Tel Aviv U. Reinsch A. Oregon U. Reisinger I. Dortmund U. Reljic D. Belgrade U. Rembser C. CERN Ren Z.L. Taiwan, Inst. Phys. Renkel P. Southern Methodist U. Rensch B. Copenhagen U. Rescia S. Brookhaven Natl. Lab. Rescigno M. INFN, Rome Resconi S. INFN, Milan Resende B. Nikhef, Amsterdam Rezaie E. Simon Fraser U. Reznicek P. Charles U. Rezvani R. Toronto U. Richards A. University Coll. London Richards R.A. Michigan State U., East Lansing (main) Richter D. Humboldt U., Berlin Richter R. Munich, Max Planck Inst. Richter-Was E. Cracow, INP Ridel M. Paris U., VI-VII Rieke S. Mainz U. Rijpstra M. Nikhef, Amsterdam Rijssenbeek M. SUNY, Stony Brook Rimoldi A. Pavia U. INFN, Pavia Rinaldi L. INFN, Bologna Rios R.R. Southern Methodist U. Risler C. Humboldt U., Berlin Riu I. Barcelona, IFAE Rivoltella G. Milan U. INFN, Milan Rizatdinova F. Oklahoma State U. Rizvi E. Queen Mary, U. of London Roa Romero D.A. Robertson S.H. McGill U. Robichaud-Veronneau A. Geneva U. Robins S. Rome U. INFN, Rome Robinson D. Cambridge U. Robinson J.E.M. University Coll. London Robinson M. Oregon U. Robson A. Glasgow U. Rocha de Lima J.G. Argonne Roda C. Pisa U. INFN, Pisa Roda Dos Santos D. CERN Rodier S. Madrid, Autonoma U. Rodriguez D. Rodriguez Garcia Y. Humboldt U., Berlin Roe S. CERN Rohne O. Oslo U. Rojo V. Massey U., Albany Rolli S. Tufts U. Romaniouk A. Moscow Phys. Eng. Inst. Romanov V.M. Dubna, JINR Romeo G. Buenos Aires U. Romero Maltrana D. Roos L. Paris U., VI-VII Ros E. Barcelona, Inst. Microelectron. Valencia U., IFIC Rosati S. Rome U. INFN, Rome Rosenbaum F. UC, Santa Cruz Rosenbaum G.A. Toronto U. Rosenberg E.I. Iowa State U. Rosselet L. Geneva U. Rossetti V. Barcelona, IFAE Rossi L.P. INFN, Genoa Rossi L. Milan U. INFN, Milan Rotaru M. Bucharest, IFIN-HH Rothberg J. Washington U., Seattle Rottlander I. Bonn U. Rousseau D. Orsay, LAL Royon C.R. IRFU, Saclay Rozanov A. Marseille, CPPM Rozen Y. Technion Ruan X. Orsay, LAL Ruckert B. Munich U. Ruckstuhl N. Nikhef, Amsterdam Rud V.I. SINP, Moscow Rudolph G. Innsbruck U., Inst. Astrophys. Ruhr F. Kirchhoff Inst. Phys. Ruggieri F. INFN, Rome3 Ruiz-Martinez A. Iowa State U. Rulikowska-Zarebska E. Rumiantsev V. Minsk, High Energy Phys. Ctr. Rumyantsev L. Dubna, JINR Runge K. Freiburg U. Runolfsson O. Bonn U. Rurikova Z. Freiburg U. Rusakovich N.A. Dubna, JINR Rust D.R. Indiana U. Rutherfoord J.P. Arizona U. Ruwiedel C. Bonn U. Ruzicka P. Prague, Inst. Phys. Ryabov Y.F. St. Petersburg, INP Ryadovikov V. Serpukhov, IHEP Ryan P. Michigan State U., East Lansing (main) Rybkin G. Orsay, LAL Rzaeva S. Saavedra A.F. Sydney U. Sadrozinski H.F.W. UC, Santa Cruz Sadykov R. Dubna, JINR Sakamoto H. Tokyo U., ICEPP Sala P. INFN, Milan Salamanna G. Nikhef, Amsterdam Salamon A. INFN, Rome2 Saleem M.S. Oklahoma U. Salihagic D. Munich, Max Planck Inst. Salnikov A. SLAC Salt J. Barcelona, Inst. Microelectron. Valencia U., IFIC Salto Bauza O. Barcelona, IFAE Salvachua Ferrando B.M. Argonne Salvatore D. INFN, Cosenza Salvatore F. 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Brookhaven Natl. Lab. Yilmaz M. Gazi U. Yoosoofmiya R. Pittsburgh U. Yorita K. Waseda U. Yoshida H. KEK, Tsukuba Yoshida R. Argonne Young C. SLAC Youssef S.P. Boston U. Yu D. Brookhaven Natl. Lab. Yu J. Texas U., Arlington (main) Yuan J. Munich, Max Planck Inst. Yuan L. Paris U., VI-VII Yurkewicz A. SUNY, Stony Brook Zaets V.G. Serpukhov, IHEP Zaidan R. U. Iowa, Iowa City Zaitsev A.M. Serpukhov, IHEP Zajacova Z. CERN Zalite Yo.K. St. Petersburg, INP Zambrano V. Frascati Zanello L. Rome U. INFN, Rome Zarzhitsky P. Southern Methodist U. Zaytsev A. Novosibirsk, IYF Zdrazil M. UC, Berkeley LBL, Berkeley Zeitnitz C. Wuppertal U. Zeller M. Yale U. Zema P.F. CERN Zemla A. Cracow, INP Zendler C. Bonn U. Zenin A.V. Serpukhov, IHEP Zenin O. Serpukhov, IHEP Zenis T. Comenius U. Zenonos Z. Pisa U. INFN, Pisa Zenz S. UC, Berkeley LBL, Berkeley Zerwas D. Orsay, LAL Zevi della Porta G. Harvard U. Zhan Z. Shandong U. Zhang H. Marseille, CPPM Zhang J. Argonne Zhang Q. Argonne Zhang X. Shandong U. Zhao L. New York U. Zhao T. Washington U., Seattle Zhao Z. Hefei, CUST Zhemchugov A. Dubna, JINR Zheng S. Beijing, Inst. High Energy Phys. Zhong J. Taiwan, Inst. Phys. Zhou B. U. Michigan, Ann Arbor Zhou N. Nevis Labs, Columbia U. Zhou Y. Taiwan, Inst. Phys. Zhu C.G. Shandong U. Zhu H. DESY, Zeuthen DESY Zhu Y. Wisconsin U., Madison Zhuang X. Munich U. Zhuravlov V. Munich, Max Planck Inst. Zilka B. Comenius U. Zimmermann R. Bonn U. Zimmermann S. Bonn U. Zimmermann S. Freiburg U. Ziolkowski M. Siegen U. Zitoun R. Annecy, LAPP Zivkovic L. Nevis Labs, Columbia U. Zmouchko V.V. Serpukhov, IHEP Zobernig G. Wisconsin U., Madison Zoccoli A. Bologna U. INFN, Bologna Zolnierowski Y. Annecy, LAPP Zsenei A. CERN zur Nedden M. Humboldt U., Berlin Zutshi V. Argonne Aad G. Freiburg U. 2010 688 21 42 The first measurements from proton-proton collisions recorded with the ATLAS detector at the LHC are presented. Data were collected in December 2009 using a minimum-bias trigger during collisions at a centre-of-mass energy of 900 GeV. The charged-particle multiplicity, its dependence on transverse momentum and pseudorapidity, and the relationship between mean transverse momentum and charged-particle multiplicity are measured for events with at least one charged particle in the kinematic range |eta|<2.5 and pT>500 MeV. The measurements are compared to Monte Carlo models of proton-proton collisions and to results from other experiments at the same centre-of-mass energy. The charged-particle multiplicity per event and unit of pseudorapidity at eta = 0 is measured to be 1.333 +/- 0.003 (stat.) +/- 0.040 (syst.), which is 5-15% higher than the Monte Carlo models predict. research-article

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CERN Aleksandrov I.N. Dubna, JINR Alessandria F. Milan U. INFN, Milan Alexa C. Bucharest, IFIN-HH Alexander G. Tel Aviv U. Alexandre G. Geneva U. Alexopoulos T. Natl. Tech. U., Athens Alhroob M. Bonn U., HISKP Aliev M. Humboldt U., Berlin Alimonti G. INFN, Milan Alison J. Pennsylvania U. Aliyev M. Baku, Inst. Phys. Allport P.P. Liverpool U. Allwood-Spiers S.E. Glasgow U. Almond J. Manchester U. Aloisio A. Naples U. INFN, Naples Alon R. Weizmann Inst. Alonso A. Lund U. Alviggi M.G. Naples U. INFN, Naples Amako K. KEK, Tsukuba Amelung C. Brandeis U. Ammosov V.V. Serpukhov, IHEP Amorim A. LIP, Lisbon Amorós G. Valencia U., IFIC Amram N. Tel Aviv U. Anastopoulos C. Sheffield U. Andeen T. CERN Anders C.F. Freiburg U. Anderson K.J. Chicago U., EFI Andreazza A. Milan U. INFN, Milan Andrei V. Heidelberg U. Anduaga X.S. La Plata U. Angerami A. Nevis Labs, Columbia U. Anghinolfi F. CERN Anjos N. LIP, Lisbon Antonaki A. Athens U. Antonelli M. Frascati Antonelli S. Bologna U. INFN, Bologna Antunovic B. DESY, Zeuthen Anulli F. INFN, Rome Aoun S. Marseille, CPPM Arabidze G. Athens U. Aracena I. SLAC Arai Y. KEK, Tsukuba Arce A.T.H. LBL, Berkeley Archambault J.P. Carleton U. Arfaoui S. Marseille, CPPM CERN Arguin J-F LBL, Berkeley Argyropoulos T. Natl. Tech. U., Athens Arik E. Bogazici U. Arik M. Bogazici U. Armbruster A.J. Michigan U., MCTP Arnaez O. Annecy, LAPP Arnault C. Orsay, LAL Artamonov A. Moscow, ITEP Arutinov D. Bonn U., HISKP Asai M. SLAC Asai S. Tokyo U. Asfandiyarov R. Wisconsin U., Madison Ask S. Manchester U. Asman B. Stockholm U. Asner D. Carleton U. Asquith L. University Coll. London Assamagan K. Brookhaven Astbury A. Victoria U. Astvatsatourov A. Giessen U. Atoian G. Yale U. Auerbach B. Yale U. Auge E. Orsay, LAL Augsten K. Prague, Tech. U. Aurousseau M. Annecy, LAPP Austin N. Liverpool U. Avolio G. UC, Irvine Avramidou R. Natl. Tech. U., Athens Axen D. British Columbia U. Ay C. Gottingen U., II. Phys. Inst. Azuelos G. TRIUMF Montreal U. 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Barreiro Guimarães da Costa J. Harvard U. Barrillon P. Orsay, LAL Barros N. LIP, Lisbon Bartoldus R. SLAC Bartsch D. Bonn U., HISKP Bastos J. LIP, Lisbon Bates R.L. Glasgow U. Bathe S. Brookhaven Batkova L. Kosice, IEF Batley J.R. Cambridge U. Battaglia A. Bern U., LHEP Battistin M. CERN Bauer F. Saclay Bawa H.S. SLAC Bazalova M. Prague, Inst. Phys. Beare B. Toronto U. Beau T. Paris U., VI-VII Beauchemin P.H. Oxford U. Beccherle R. INFN, Genoa Becerici N. Bogazici U. Bechtle P. DESY, Zeuthen Beck G.A. Queen Mary, U. of London Beck H.P. Bern U., LHEP Beckingham M. Freiburg U. Becks K.H. Wuppertal U. Bedajanek I. Prague, Tech. U. Beddall A.J. Gaziantep U. Bogazici U. Beddall A. Gaziantep U. Bogazici U. Bednár P. Kosice, IEF Bednyakov V.A. Dubna, JINR Bee C. Marseille, CPPM Begel M. Brookhaven Behar Harpaz S Technion Behera P.K. Iowa U. Beimforde M. Munich, Max Planck Inst. Belanger-Champagne C. Uppsala U. Bell P.J. Manchester U. Bell W.H. Geneva U. Bella G. Tel Aviv U. Bellagamba L. INFN, Bologna Bellina F. CERN Bellomo M. INFN, Pavia Belloni A. Harvard U. Belotskiy K. Moscow Phys. Eng. Inst. Beltramello O. CERN Ben Ami S Technion Benary O. Tel Aviv U. Benchekroun D. Hassan U., II, Ain Chock Bendel M. Mainz U., Inst. Phys. Benedict B.H. UC, Irvine Benekos N. Illinois U., Urbana Benhammou Y. Tel Aviv U. Benincasa G.P. LIP, Lisbon Benjamin D.P. Duke U. Benoit M. Orsay, LAL Bensinger J.R. Brandeis U. Benslama K. Regina U. Bentvelsen S. NIKHEF, Amsterdam Beretta M. Frascati Berge D. CERN Bergeaas Kuutmann E Stockholm U. Berger N. Annecy, LAPP Berghaus F. Victoria U. Berglund E. Geneva U. Beringer J. LBL, Berkeley Bernardet K. Marseille, CPPM Bernat P. Orsay, LAL Bernhard R. Freiburg U. Bernius C. University Coll. London Berry T. Royal Holloway, U. of London Bertin A. Bologna U. INFN, Bologna Besson N. Saclay Bethke S. Munich, Max Planck Inst. Bianchi R.M. Freiburg U. Bianco M. Salento U., DII INFN, Lecce Biebel O. Munich U., Neutron Group Biesiada J. LBL, Berkeley Biglietti M. Rome U. INFN, Rome Bilokon H. Frascati Bindi M. Bologna U. INFN, Bologna Binet S. Orsay, LAL Bingul A. Gaziantep U. Bogazici U. Bini C. Rome U. INFN, Rome Biscarat C. CC, Villeurbanne Bitenc U. Freiburg U. Black K.M. Harvard U. Blair R.E. Argonne, CNM Blanchard J-B Orsay, LAL Blanchot G. CERN Blocker C. Brandeis U. Blocki J. Cracow, INP Blondel A. Geneva U. Blum W. Mainz U., Inst. Phys. Blumenschein U. Gottingen U., II. Phys. Inst. Bobbink G.J. NIKHEF, Amsterdam Bocci A. Duke U. Boehler M. DESY, Zeuthen Boek J. Wuppertal U. Boelaert N. Lund U. Böser S. University Coll. London Bogaerts J.A. CERN Bogouch A. Minsk, Inst. Phys. Bohm C. Stockholm U. Bohm J. Prague, Inst. Phys. Boisvert V. Royal Holloway, U. of London Bold T. AGH-UST, Cracow UC, Irvine Boldea V. Bucharest, IFIN-HH Boldyrev A. Moscow State U. Bondarenko V.G. Moscow Phys. Eng. Inst. Bondioli M. UC, Irvine Boonekamp M. Saclay Booth J.R.A. Birmingham U. Bordoni S. Paris U., VI-VII Borer C. Bern U., LHEP Borisov A. Serpukhov, IHEP Borissov G. Lancaster U. Borjanovic I. INFN, Lecce Borroni S. Rome U. INFN, Rome Bos K. NIKHEF, Amsterdam Boscherini D. INFN, Bologna Bosman M. Barcelona, IFAE Bosteels M. CERN Boterenbrood H. NIKHEF, Amsterdam Bouchami J. Montreal U. Boudreau J. Pittsburgh U. Bouhova-Thacker E.V. Lancaster U. Boulahouache C. Pittsburgh U. Bourdarios C. Orsay, LAL Boyd J. CERN Boyko I.R. Dubna, JINR Bozovic-Jelisavcic I. VINCA Inst. Nucl. Sci., Belgrade Bracinik J. Birmingham U. Braem A. CERN Branchini P. INFN, Rome Brandenburg G.W. Harvard U. Brandt A. Texas U. Brandt G. DESY, Zeuthen Brandt O. Gottingen U., II. Phys. Inst. Bratzler U. Tokyo Metropolitan U., Math. Dept. Brau B. Massachusetts U., Amherst Brau J.E. Oregon U. Braun H.M. Wuppertal U. Brelier B. Toronto U. Bremer J. CERN Brenner R. Uppsala U. Bressler S. Technion Breton D. Orsay, LAL Brett N.D. Oxford U. Britton D. Glasgow U. Brochu F.M. Cambridge U. Brock I. Bonn U., HISKP Brock R. Michigan State U. Brodbeck T.J. Lancaster U. Brodet E. Tel Aviv U. Broggi F. Milan U. INFN, Milan Bromberg C. Michigan State U. Brooijmans G. Nevis Labs, Columbia U. Brooks W.K. Santa Maria U., Valparaiso Brown G. Manchester U. Brubaker E. Chicago U., EFI Bruckman de Renstrom P A Cracow, INP Bruncko D. Kosice, IEF Bruneliere R. Freiburg U. Brunet S. DESY, Zeuthen Bruni A. INFN, Bologna Bruni G. INFN, Bologna Bruschi M. INFN, Bologna Buanes T. Bergen U. Bucci F. Geneva U. Buchanan J. Oxford U. Buchholz P. Siegen U. Buckley A.G. Durham U., IPPP University Coll. London Budagov I.A. Dubna, JINR Budick B. New York U. Büscher V. Mainz U., Inst. Phys. Bugge L. Oslo U. Bulekov O. Moscow Phys. Eng. Inst. Bunse M. Dortmund U. Buran T. Oslo U. Burckhart H. CERN Burdin S. Liverpool U. Burgess T. Bergen U. Burke S. Rutherford Busato E. Clermont-Ferrand U. Bussey P. Glasgow U. Buszello C.P. Uppsala U. Butin F. CERN Butler B. SLAC Butler J.M. Boston U. Buttar C.M. Glasgow U. Butterworth J.M. University Coll. London Byatt T. University Coll. London Caballero J. Brookhaven Cabrera Urbán S Valencia U., IFIC Caforio D. Bologna U. INFN, Bologna Cakir O. Ankara U. Calafiura P. LBL, Berkeley Calderini G. Paris U., VI-VII Calfayan P. Munich U., Neutron Group Calkins R. Argonne, CNM Caloba L.P. Niteroi, Fluminense U. Caloi R. Rome U. INFN, Rome Calvet D. Clermont-Ferrand U. Camarri P. Rome U. INFN, Rome Cambiaghi M. Pavia U. INFN, Pavia Cameron D. Oslo U. Campabadal-Segura F. Valencia U., IFIC Campana S. CERN Campanelli M. University Coll. London Canale V. Naples U. INFN, Naples Canelli F. Chicago U., EFI Canepa A. TRIUMF Cantero J. Madrid, Autonoma U. Capasso L. Naples U. INFN, Naples Capeans-Garrido M.D.M. CERN Caprini I. Bucharest, IFIN-HH Caprini M. Bucharest, IFIN-HH Capua M. INFM, Cosenza INFN, Cosenza Caputo R. SUNY, Stony Brook Caracinha D. LIP, Lisbon Caramarcu C. Bucharest, IFIN-HH Cardarelli R. INFN, Rome Carli T. CERN Carlino G. INFN, Naples Carminati L. Milan U. INFN, Milan Caron B. TRIUMF Alberta U. Caron S. Freiburg U. Carrillo Montoya G D Wisconsin U., Madison Carron Montero S Toronto U. Carter A.A. Queen Mary, U. of London Carter J.R. Cambridge U. Carvalho J. LIP, Lisbon Casadei D. New York U. Casado M.P. Barcelona, IFAE Cascella M. Pisa U. INFN, Pisa Caso C. Genoa U. INFN, Genoa Castaneda Hernadez A M Wisconsin U., Madison Castaneda-Miranda E. Wisconsin U., Madison Castillo Gimenez V Valencia U., IFIC Castro N. Granada U. Cataldi G. INFN, Lecce Catinaccio A. CERN Catmore J.R. Lancaster U. Cattai A. CERN Cattani G. Rome U. INFN, Rome Caughron S. Nevis Labs, Columbia U. Cauz D. Udine U. INFN, Udine Cavalleri P. Paris U., VI-VII Cavalli D. INFN, Milan Cavalli-Sforza M. Barcelona, IFAE Cavasinni V. Pisa U. INFN, Pisa Ceradini F. Rome U. INFN, Rome Cerqueira A.S. Niteroi, Fluminense U. Cerri A. CERN Cerrito L. Queen Mary, U. of London Cerutti F. Frascati Cetin S.A. Bogazici U. Cevenini F. Naples U. INFN, Naples Chafaq A. Hassan U., II, Ain Chock Chakraborty D. Argonne, CNM Chan K. Alberta U. Chapman J.D. Cambridge U. Chapman J.W. Michigan U., MCTP Chareyre E. Paris U., VI-VII Charlton D.G. Birmingham U. Chavda V. Manchester U. Cheatham S. Lancaster U. Chekanov S. Argonne, CNM Chekulaev S.V. TRIUMF Chelkov G.A. Dubna, JINR Chen H. Brookhaven Chen S. Shandong U. Chen T. Shandong U. Chen X. Wisconsin U., Madison Cheng S. Shandong U. Cheplakov A. Dubna, JINR Chepurnov V.F. Dubna, JINR Cherkaoui El Moursli R Mohammed V U., Agdal Tcherniatine V. Brookhaven Chesneanu D. Bucharest, IFIN-HH Cheu E. Arizona U. Cheung S.L. Toronto U. Chevalier L. Saclay Chevallier F. Saclay Chiarella V. Frascati Chiefari G. Naples U. INFN, Naples Chikovani L. Tbilisi State U. Childers J.T. Heidelberg U. Chilingarov A. Lancaster U. Chiodini G. INFN, Lecce Chizhov M. Dubna, JINR Choudalakis G. Chicago U., EFI Chouridou S. UC, Santa Cruz Chren D. Prague, Tech. U. Christidi I.A. Thessaloniki U. Christov A. Freiburg U. Chromek-Burckhart D. CERN Chu M.L. Taiwan, Inst. Phys. Chudoba J. Prague, Inst. Phys. Ciapetti G. Rome U. INFN, Rome Ciftci A.K. Ankara U. Ciftci R. Ankara U. Cinca D. Clermont-Ferrand U. Cindro V. Stefan Inst., Ljubljana Ciobotaru M.D. UC, Irvine Ciocca C. Bologna U. INFN, Bologna Ciocio A. LBL, Berkeley Cirilli M. Michigan U., MCTP Citterio M. INFN, Milan Clark A. Geneva U. Cleland W. Pittsburgh U. Clemens J.C. Marseille, CPPM Clement B. LPSC, Grenoble Clement C. Stockholm U. Clements D. Glasgow U. Coadou Y. Marseille, CPPM Cobal M. Udine U. INFN, Udine Coccaro A. Genoa U. INFN, Genoa Cochran J. Iowa State U. Coelli S. Milan U. INFN, Milan Coggeshall J. Illinois U., Urbana Cogneras E. Bern U., LHEP Cojocaru C.D. Carleton U. Colas J. Annecy, LAPP Cole B. Nevis Labs, Columbia U. Colijn A.P. NIKHEF, Amsterdam Collard C. Orsay, LAL Collins N.J. Birmingham U. Collins-Tooth C. Glasgow U. Collot J. LPSC, Grenoble Colon G. Massachusetts U., Amherst Coluccia R. Salento U., DII INFN, Lecce Conde Muiño P LIP, Lisbon Coniavitis E. Uppsala U. Consonni M. Nijmegen U. Constantinescu S. Bucharest, IFIN-HH Conta C. Pavia U. INFN, Pavia Conventi F. Naples U. INFN, Naples Cook J. CERN Cooke M. Nevis Labs, Columbia U. Cooper B.D. Queen Mary, U. of London Cooper-Sarkar A.M. Oxford U. Cooper-Smith N.J. Royal Holloway, U. of London Copic K. Nevis Labs, Columbia U. Cornelissen T. Genoa U. INFN, Genoa Corradi M. INFN, Bologna Corriveau F. IPP, Canada McGill U. Corso-Radu A. UC, Irvine Cortes-Gonzalez A. Illinois U., Urbana Cortiana G. Munich, Max Planck Inst. Costa G. INFN, Milan Costa M.J. Valencia U., IFIC Costanzo D. Sheffield U. Costin T. Chicago U., EFI Côté D. DESY, Zeuthen Coura Torres R Niteroi, Fluminense U. Courneyea L. Victoria U. Cowan G. Royal Holloway, U. of London Cowden C. Cambridge U. Cox B.E. Manchester U. Cranmer K. New York U. Cranshaw J. Argonne, CNM Cristinziani M. Bonn U., HISKP Crosetti G. INFM, Cosenza INFN, Cosenza Crupi R. Salento U., DII INFN, Lecce Crépé-Renaudin S. LPSC, Grenoble Cuenca Almenar C Yale U. Cuhadar Donszelmann T Sheffield U. Curatolo M. Frascati Curtis C.J. Birmingham U. Cwetanski P. Indiana U. Czyczula Z. Bohr Inst. D'Auria S. Glasgow U. D'Onofrio M. Barcelona, IFAE D'Orazio A. Munich, Max Planck Inst. Da Silva P V M Niteroi, Fluminense U. Da Via C Manchester U. Dabrowski W. AGH-UST, Cracow Dai T. Michigan U., MCTP Dallapiccola C. Massachusetts U., Amherst Dallison S.J. Rutherford Daly C.H. Washington U., Seattle Dam M. Bohr Inst. Danielsson H.O. CERN Dannheim D. Munich, Max Planck Inst. Dao V. Geneva U. Darbo G. INFN, Genoa Darlea G.L. Bucharest, IFIN-HH Davey W. Melbourne U. Davidek T. Charles U. Davidson N. Melbourne U. Davidson R. Lancaster U. Davison A.R. University Coll. London Dawson I. Sheffield U. Dawson J.W. Argonne, CNM Daya R.K. Southern Methodist U. De K. Texas U. de Asmundis R INFN, Naples De Castro S Bologna U. INFN, Bologna De Castro Faria Salgado P E Brookhaven De Cecco S Paris U., VI-VII de Graat J Munich U., Neutron Group De Groot N Nijmegen U. de Jong P NIKHEF, Amsterdam De La Cruz Burelo E Michigan U., MCTP De La Taille C Orsay, LAL De Mora L Lancaster U. De Oliveira Branco M CERN De Pedis D INFN, Rome De Salvo A INFN, Rome De Sanctis U Udine U. INFN, Udine De Santo A Royal Holloway, U. of London De Vivie De Regie J B Orsay, LAL De Zorzi G Rome U. INFN, Rome Dean S. University Coll. London Deberg H. Illinois U., Urbana Dedes G. Munich, Max Planck Inst. Dedovich D.V. Dubna, JINR Defay P.O. Clermont-Ferrand U. Degenhardt J. Pennsylvania U. Dehchar M. Oxford U. Del Papa C Udine U. INFN, Udine Del Peso J Madrid, Autonoma U. Del Prete T Pisa U. INFN, Pisa Dell'Acqua A. CERN Dell'Asta L. Milan U. INFN, Milan Della Pietra M Naples U. INFN, Naples della Volpe D Naples U. INFN, Naples Delmastro M. CERN Delruelle N. CERN Delsart P.A. LPSC, Grenoble Deluca C. SUNY, Stony Brook Demers S. Yale U. Demichev M. Dubna, JINR Demirkoz B. Cambridge U. Deng J. UC, Irvine Deng W. Brookhaven Denisov S.P. Serpukhov, IHEP Dennis C. Oxford U. Derkaoui J.E. Rabat U. Derue F. Paris U., VI-VII Dervan P. Liverpool U. Desch K. Bonn U., HISKP Deviveiros P.O. Toronto U. Dewhurst A. Lancaster U. DeWilde B. SUNY, Stony Brook Dhaliwal S. Toronto U. Dhullipudi R. Louisiana Tech. U. Brookhaven Di Ciaccio A Rome U. INFN, Rome Di Ciaccio L Annecy, LAPP Di Domenico A Rome U. INFN, Rome Di Girolamo A CERN Di Girolamo B CERN Di Luise S Rome U. INFN, Rome Di Mattia A Michigan State U. Di Nardo R Rome U. INFN, Rome Di Simone A Rome U. INFN, Rome Di Sipio R Bologna U. INFN, Bologna Diaz M.A. Chile U., Catolica Diblen F. Bogazici U. Diehl E.B. Michigan U., MCTP Dietrich J. Freiburg U. Diglio S. Orsay, LAL Dindar Yagci K Southern Methodist U. Dingfelder D.J. Freiburg U. Dionisi C. Rome U. INFN, Rome Dita P. Bucharest, IFIN-HH Dita S. Bucharest, IFIN-HH Dittus F. CERN Djama F. Marseille, CPPM Djilkibaev R. New York U. Djobava T. Tbilisi State U. do Vale M A B Niteroi, Fluminense U. Do Valle Wemans A LIP, Lisbon Dobbs M. McGill U. Dobos D. CERN Dobson E. Oxford U. Dobson M. UC, Irvine Dodd J. Nevis Labs, Columbia U. Dogan O.B. Bogazici U. Doherty T. Glasgow U. Doi Y. KEK, Tsukuba Dolejsi J. Charles U. Dolenc I. Stefan Inst., Ljubljana Dolezal Z. Charles U. Dolgoshein B.A. Moscow Phys. Eng. Inst. Dohmae T. Tokyo U. Donega M. Pennsylvania U. Donini J. LPSC, Grenoble Dopke J. Wuppertal U. Doria A. INFN, Naples Dos Anjos A Wisconsin U., Madison Dotti A. Pisa U. INFN, Pisa Dova M.T. La Plata U. Doxiadis A. NIKHEF, Amsterdam Doyle A.T. Glasgow U. Drasal Z. Charles U. Driouichi C. Bohr Inst. Dris M. Natl. Tech. U., Athens Dubbert J. Munich, Max Planck Inst. Duchovni E. Weizmann Inst. Duckeck G. Munich U., Neutron Group Dudarev A. CERN Dudziak F. Orsay, LAL Dührssen .M. Freiburg U. Duflot L. Orsay, LAL Dufour M-A McGill U. Dunford M. Chicago U., EFI Duperrin A. Marseille, CPPM Duran-Yildiz H. Ankara U. Dushkin A. Brandeis U. Duxfield R. Sheffield U. Dwuznik M. AGH-UST, Cracow Düren M. Giessen U. Ebenstein W.L. Duke U. Ebke J. Munich U., Neutron Group Eckert S. Freiburg U. Eckweiler S. Mainz U., Inst. Phys. Edmonds K. Mainz U., Inst. Phys. Edwards C.A. Royal Holloway, U. of London Eerola P. Lund U. Egorov K. Indiana U. Ehrenfeld W. DESY, Zeuthen Ehrich T. Munich, Max Planck Inst. Eifert T. CERN Eigen G. Bergen U. Einsweiler K. LBL, Berkeley Eisenhandler E. Queen Mary, U. of London Ekelof T. Uppsala U. El Kacimi M Annecy, LAPP Ellert M. Uppsala U. Elles S. Annecy, LAPP Ellinghaus F. Mainz U., Inst. Phys. Ellis K. Queen Mary, U. of London Ellis N. CERN Elmsheuser J. Munich U., Neutron Group Elsing M. CERN Ely R. LBL, Berkeley Emeliyanov D. Rutherford Engelmann R. SUNY, Stony Brook Engl A. Munich U., Neutron Group Epp B. Innsbruck U., Inst. Astrophys. Eppig A. Michigan U., MCTP Epshteyn V.S. Moscow, ITEP Ereditato A. Bern U., LHEP Eriksson D. Stockholm U. Ermoline I. Michigan State U. Ernst J. Massey U., Albany Ernst M. Brookhaven Ernwein J. Saclay Errede D. Illinois U., Urbana Errede S. Illinois U., Urbana Ertel E. Mainz U., Inst. Phys. Escalier M. Orsay, LAL Escobar C. Valencia U., IFIC Espinal Curull X Barcelona, IFAE Esposito B. Frascati Etienne F. Marseille, CPPM Etienvre A.I. Saclay Etzion E. Tel Aviv U. Evans H. Indiana U. Fabbri L. Bologna U. INFN, Bologna Fabre C. CERN Faccioli P. Bologna U. INFN, Bologna Facius K. Bohr Inst. Fakhrutdinov R.M. Serpukhov, IHEP Falciano S. INFN, Rome Falou A.C. Orsay, LAL Fang Y. Wisconsin U., Madison Fanti M. Milan U. INFN, Milan Farbin A. Texas U. Farilla A. INFN, Rome Farley J. SUNY, Stony Brook Farooque T. Toronto U. Farrington S.M. Oxford U. Farthouat P. CERN Fassi F. Valencia U., IFIC Fassnacht P. CERN Fassouliotis D. Athens U. Fatholahzadeh B. Toronto U. Fayard L. Orsay, LAL Fayette F. Gottingen U., II. Phys. Inst. Febbraro R. Clermont-Ferrand U. Federic P. Kosice, IEF Fedin O.L. St. Petersburg, INP Fedorko I. CERN Fedorko W. CERN Feligioni L. Marseille, CPPM Felzmann C.U. Melbourne U. Feng C. Shandong U. Feng E.J. Chicago U., EFI Fenyuk A.B. Serpukhov, IHEP Ferencei J. Kosice, IEF Ferland J. Montreal U. Fernandes B. LIP, Lisbon Fernando W. Ohio State U. Ferrag S. Glasgow U. Ferrando J. Oxford U. Ferrari A. Uppsala U. Ferrari P. NIKHEF, Amsterdam Ferrari R. INFN, Pavia Ferrer A. Valencia U., IFIC Ferrer M.L. Frascati Ferrere D. Geneva U. Ferretti C. Michigan U., MCTP Fiascaris M. Oxford U. Fiedler F. Mainz U., Inst. Phys. Filipcic A. Stefan Inst., Ljubljana Filippas A. Natl. Tech. U., Athens Filthaut F. Nijmegen U. Fincke-Keeler M. Victoria U. Fiolhais M.C.N. LIP, Lisbon Fiorini L. Barcelona, IFAE Firan A. Southern Methodist U. Fischer G. DESY, Zeuthen Fisher M.J. Ohio State U. Flechl M. Uppsala U. Fleck I. Siegen U. Fleckner J. Mainz U., Inst. Phys. Fleischmann P. Wurzburg U. Fleischmann S. Bonn U., HISKP Flick T. Wuppertal U. Flores-Castillo L.R. Wisconsin U., Madison Flowerdew M.J. Munich, Max Planck Inst. Föhlisch F. Heidelberg U. Fokitis M. Natl. Tech. U., Athens Fonseca Martin T Royal Holloway, U. of London Forbush D.A. Washington U., Seattle Formica A. Saclay Forti A. Manchester U. Fortin D. TRIUMF Foster J.M. Manchester U. Fournier D. Orsay, LAL Foussat A. CERN Fowler A.J. Duke U. Fowler K. UC, Santa Cruz Fox H. Lancaster U. Francavilla P. Pisa U. INFN, Pisa Franchino S. Pavia U. INFN, Pavia Francis D. CERN Franklin M. Harvard U. Franz S. CERN Fraternali M. Pavia U. INFN, Pavia Fratina S. Pennsylvania U. Freestone J. Manchester U. French S.T. Cambridge U. Froeschl R. CERN Froidevaux D. CERN Frost J.A. Cambridge U. Fukunaga C. Tokyo Metropolitan U., Math. Dept. Fullana Torregrosa E Argonne, CNM Fuster J. Valencia U., IFIC Gabaldon C. Madrid, Autonoma U. Gabizon O. Weizmann Inst. Gadfort T. Nevis Labs, Columbia U. Gadomski S. Geneva U. Gagliardi G. Genoa U. INFN, Genoa Gagnon P. Indiana U. Galea C. Munich U., Neutron Group Gallas E.J. Oxford U. Gallas M.V. CERN Gallop B.J. Rutherford Gallus P. Prague, Inst. Phys. Galyaev E. Texas U., Dallas Gan K.K. Ohio State U. Gao Y.S. Cal State, L.A. SLAC Gaponenko A. LBL, Berkeley Garcia-Sciveres M. LBL, Berkeley Garcí­a C. Valencia U., IFIC Garcí­a Navarro J E Geneva U. Gardner R.W. Chicago U., EFI Garelli N. CERN Garitaonandia H. NIKHEF, Amsterdam Garonne V. CERN Gatti C. Frascati Gaudio G. INFN, Pavia Gaumer O. Geneva U. Gauzzi P. Rome U. INFN, Rome Gavrilenko I.L. Lebedev Inst. Gay C. British Columbia U. Gaycken G. Bonn U., HISKP Gayde J-C CERN Gazis E.N. Natl. Tech. U., Athens Ge P. Shandong U. Gee C.N.P. Rutherford Geich-Gimbel Ch Bonn U., HISKP Gellerstedt K. Stockholm U. Gemme C. INFN, Genoa Genest M.H. Munich U., Neutron Group Gentile S. Rome U. INFN, Rome Georgatos F. Natl. Tech. U., Athens George S. Royal Holloway, U. of London Gerlach P. Wuppertal U. Gershon A. Tel Aviv U. Geweniger C. Heidelberg U. Ghazlane H. Mohammed V U., Agdal Ghez P. Annecy, LAPP Ghodbane N. Clermont-Ferrand U. Giacobbe B. INFN, Bologna Giagu S. Rome U. INFN, Rome Giakoumopoulou V. Athens U. Giangiobbe V. Pisa U. INFN, Pisa Gianotti F. CERN Gibbard B. Brookhaven Gibson A. Toronto U. Gibson S.M. Oxford U. Gilbert L.M. Oxford U. Gilchriese M. LBL, Berkeley Gilewsky V. Minsk, High Energy Phys. Ctr. Gillberg D. Carleton U. Gillman A.R. Rutherford Gingrich D.M. TRIUMF Alberta U. Ginzburg J. Tel Aviv U. Giokaris N. Athens U. Giordani M.P. Udine U. INFN, Udine Giordano R. Naples U. INFN, Naples Giovannini P. Munich, Max Planck Inst. Giraud P.F. CERN Girtler P. Innsbruck U., Inst. Astrophys. Giugni D. INFN, Milan Giusti P. INFN, Bologna Gjelsten B.K. Oslo U. Gladilin L.K. Moscow State U. Glasman C. Madrid, Autonoma U. Glazov A. DESY, Zeuthen Glitza K.W. Wuppertal U. Glonti G.L. Dubna, JINR Godfrey J. Simon Fraser U. Godlewski J. CERN Goebel M. DESY, Zeuthen Göpfert T. Dresden, Tech. U. Goeringer C. Mainz U., Inst. Phys. Gössling C. Dortmund U. Göttfert T. Munich, Max Planck Inst. Goggi V. Pavia U. INFN, Pavia Goldfarb S. Michigan U., MCTP Goldin D. Southern Methodist U. Golling T. Yale U. Gollub N.P. CERN Gomes A. LIP, Lisbon Gomez Fajardo L S Antonio Narino U. Gonçalo R. Royal Holloway, U. of London Gonella L. Bonn U., HISKP Gong C. Shandong U. González de la Hoz S Valencia U., IFIC Gonzalez Silva M L Buenos Aires U. Gonzalez-Sevilla S. Geneva U. Goodson J.J. SUNY, Stony Brook Goossens L. CERN Gorbounov P.A. Toronto U. Gordon H.A. Brookhaven Gorelov I. New Mexico U. Gorfine G. Wuppertal U. Gorini B. CERN Gorini E. Salento U., DII INFN, Lecce Gorisek A. Stefan Inst., Ljubljana Gornicki E. Cracow, INP Goryachev S.V. Serpukhov, IHEP Goryachev V.N. Serpukhov, IHEP Gosdzik B. DESY, Zeuthen Gosselink M. NIKHEF, Amsterdam Gostkin M.I. Dubna, JINR Gough Eschrich I UC, Irvine Gouighri M. Hassan U., II, Ain Chock Goujdami D. Hassan U., II, Ain Chock Goulette M.P. Geneva U. Goussiou A.G. Washington U., Seattle Goy C. Annecy, LAPP Grabowska-Bold I. AGH-UST, Cracow UC, Irvine Grafström P. CERN Grahn K-J Royal Inst. Tech., Stockholm Granado Cardoso L LIP, Lisbon Grancagnolo F. INFN, Lecce Grancagnolo S. Humboldt U., Berlin Grassi V. INFN, Milan Gratchev V. St. Petersburg, INP Grau N. Nevis Labs, Columbia U. Gray H.M. Caltech Nevis Labs, Columbia U. Gray J.A. SUNY, Stony Brook Graziani E. INFN, Rome Green B. Royal Holloway, U. of London Greenshaw T. Liverpool U. Greenwood Z.D. Louisiana Tech. U. Brookhaven Gregor I.M. DESY, Zeuthen Grenier P. SLAC Griesmayer E. Fachhochsch., Wiener Neustadt Griffiths J. Washington U., Seattle Grigalashvili N. Dubna, JINR Grillo A.A. UC, Santa Cruz Grimm K. SUNY, Stony Brook Grinstein S. Barcelona, IFAE Grishkevich Y.V. Moscow State U. Groer L.S. Toronto U. Grognuz J. CERN Groh M. Munich, Max Planck Inst. Groll M. Mainz U., Inst. Phys. Gross E. Weizmann Inst. Grosse-Knetter J. Gottingen U., II. Phys. Inst. Groth-Jensen J. Lund U. Grybel K. Siegen U. Guarino V.J. Argonne, CNM Guicheney C. Clermont-Ferrand U. Guida A. Salento U., DII INFN, Lecce Guillemin T. Annecy, LAPP Guler H. Montreal U. McGill U. Gunther J. Prague, Inst. Phys. Guo B. Toronto U. Gupta A. Chicago U., EFI Gusakov Y. Dubna, JINR Gutierrez A. Montreal U. Gutierrez P. Oklahoma U. Guttman N. Tel Aviv U. Gutzwiller O. CERN Guyot C. Saclay Gwenlan C. Oxford U. Gwilliam C.B. Liverpool U. Haas A. SLAC Haas S. CERN Haber C. LBL, Berkeley Hackenburg R. Brookhaven Hadavand H.K. Southern Methodist U. Hadley D.R. Birmingham U. Haefner P. Munich, Max Planck Inst. Härtel R. Munich, Max Planck Inst. Hajduk Z. Cracow, INP Hakobyan H. Yerevan Phys. Inst. Haller J. Hamburg U. DESY, Zeuthen Hamacher K. Wuppertal U. Hamilton A. Geneva U. Hamilton S. Tufts U. Han H. Shandong U. Han L. Shandong U. Hanagaki K. Osaka U. Hance M. Pennsylvania U. Handel C. Mainz U., Inst. Phys. Hanke P. Heidelberg U. Hansen J.R. Bohr Inst. Hansen J.B. Bohr Inst. Hansen J.D. Bohr Inst. Hansen P.H. Bohr Inst. Hansl-Kozanecka T. UC, Santa Cruz Hansson P. SLAC Hara K. Tsukuba U. Hare G.A. UC, Santa Cruz Harenberg T. Wuppertal U. Harrington R.D. Boston U. Harris O.B. University Coll. London Harris O.M. Washington U., Seattle Harrison K. Birmingham U. Hartert J. Freiburg U. Hartjes F. NIKHEF, Amsterdam Haruyama T. KEK, Tsukuba Harvey A. Hampton U. Hasegawa S. Nagoya U. Hasegawa Y. Shinshu U., Ueda Hashemi K. Brandeis U. Hassani S. Saclay Hatch M. CERN Haug F. CERN Haug S. Bern U., LHEP Hauschild M. CERN Hauser R. Michigan State U. Havranek M. Prague, Inst. Phys. Hawkes C.M. Birmingham U. Hawkings R.J. CERN Hawkins D. UC, Irvine Hayakawa T. Kobe U. Hayward H.S. Liverpool U. Haywood S.J. Rutherford He M. Shandong U. Head S.J. Manchester U. Hedberg V. Lund U. Heelan L. Carleton U. Heim S. Michigan State U. Heinemann B. LBL, Berkeley Heisterkamp S. Bohr Inst. Helary L. Annecy, LAPP Heller M. Orsay, LAL Hellman S. Stockholm U. Helsens C. Barcelona, IFAE Hemperek T. Bonn U., HISKP Henderson R.C.W. Lancaster U. Henke M. Heidelberg U. Henrichs A. Gottingen U., II. Phys. Inst. Henriques-Correia A.M. CERN Henrot-Versille S. Orsay, LAL Hensel C. Gottingen U., II. Phys. Inst. Henß T. Wuppertal U. Hershenhorn A.D. Technion Herten G. Freiburg U. Hertenberger R. Munich U., Neutron Group Hervas L. CERN Hessey N.P. NIKHEF, Amsterdam Hidvegi A. Stockholm U. Higón-Rodriguez E. Valencia U., IFIC Hill D. Argonne, CNM Hill J.C. Cambridge U. Hiller K.H. DESY, Zeuthen Hillier S.J. Birmingham U. Hinchliffe I. LBL, Berkeley Hirose M. Osaka U. Hirsch F. Dortmund U. Hobbs J. SUNY, Stony Brook Hod N. Tel Aviv U. Hodgkinson M.C. Sheffield U. Hodgson P. Sheffield U. Hoecker A. CERN Hoeferkamp M.R. New Mexico U. Hoffman J. Southern Methodist U. Hoffmann D. Marseille, CPPM Hohlfeld M. Mainz U., Inst. Phys. Holmgren S.O. Stockholm U. Holy T. Prague, Tech. U. Holzbauer J.L. Michigan State U. Homma Y. Kobe U. Homola P. Prague, Tech. U. Horazdovsky T. Prague, Tech. U. Hori T. Kobe U. Horn C. SLAC Horner S. Freiburg U. Horvat S. Munich, Max Planck Inst. Hostachy J-Y LPSC, Grenoble Hou S. Taiwan, Inst. Phys. Houlden M.A. Liverpool U. Hoummada A. Hassan U., II, Ain Chock Howe T. Southern Methodist U. Hrivnac J. Orsay, LAL Hryn'ova T. Annecy, LAPP Hsu P.J. Yale U. Hsu S-C LBL, Berkeley Huang G.S. Oklahoma U. Hubacek Z. Prague, Tech. U. Hubaut F. Marseille, CPPM Huegging F. Bonn U., HISKP Hughes E.W. Nevis Labs, Columbia U. Hughes G. Lancaster U. Hughes-Jones R.E. Manchester U. Hurst P. Harvard U. Hurwitz M. Chicago U., EFI Husemann U. DESY, Zeuthen Huseynov N. Baku, Inst. Phys. Huston J. Michigan State U. Huth J. Harvard U. Iacobucci G. INFN, Naples Iakovidis G. Natl. Tech. U., Athens Ibragimov I. Siegen U. Iconomidou-Fayard L. Orsay, LAL Idarraga J. York U., Canada Iengo P. Annecy, LAPP Igonkina O. NIKHEF, Amsterdam Ikegami Y. KEK, Tsukuba Ikeno M. KEK, Tsukuba Ilchenko Y. Southern Methodist U. Iliadis D. Thessaloniki U. Ilyushenka Y. Dubna, JINR Imori M. Tokyo U. Ince T. Victoria U. Ioannou P. Athens U. Iodice M. INFN, Rome Irles-Quiles A. Valencia U., IFIC Ishikawa A. Kobe U. Ishino M. KEK, Tsukuba Ishmukhametov R. Southern Methodist U. Isobe T. Tokyo U. Issakov V. Yale U. Issever C. Oxford U. Istin S. Bogazici U. Itoh Y. Nagoya U. Ivashin A.V. Serpukhov, IHEP Iwanski W. Cracow, INP Iwasaki H. KEK, Tsukuba Izen J.M. Texas U., Dallas Izzo V. INFN, Naples Jackson J.N. Liverpool U. Jackson P. SLAC Jaekel M. CERN Jahoda M. Prague, Inst. Phys. Jain V. Indiana U. Jakobs K. Freiburg U. Jakobsen S. CERN Jakubek J. Prague, Tech. U. Jana D. Oklahoma U. Jansen E. Nijmegen U. Jantsch A. Munich, Max Planck Inst. Janus M. Freiburg U. Jared R.C. Wisconsin U., Madison Jarlskog G. Lund U. Jarron P. CERN Jeanty L. Harvard U. Jelen K. AGH-UST, Cracow Jen-La Plante I Chicago U., EFI Jenni P. CERN Jez P. Bohr Inst. Jézéquel S. Annecy, LAPP Ji W. Lund U. Jia J. SUNY, Stony Brook Jiang Y. Shandong U. Jimenez Belenguer M CERN Jin G. Shandong U. Jin S. Shandong U. Jinnouchi O. Tokyo Inst. Tech. Joffe D. Southern Methodist U. Johansen M. Stockholm U. Johansson K.E. Stockholm U. Johansson P. Sheffield U. Johnert S. DESY, Zeuthen Johns K.A. Arizona U. Jon-And K. Stockholm U. Jones G. Manchester U. Jones R.W.L. Lancaster U. Jones T.W. University Coll. London Jones T.J. Liverpool U. Jonsson O. CERN Joos D. Freiburg U. Joram C. CERN Jorge P.M. LIP, Lisbon Juranek V. Prague, Inst. Phys. Jussel P. Innsbruck U., Inst. Astrophys. Kabachenko V.V. Serpukhov, IHEP Kabana S. Bern U., LHEP Kaci M. Valencia U., IFIC Kaczmarska A. Cracow, INP Kado M. Orsay, LAL Kagan H. Ohio State U. Kagan M. Harvard U. Kaiser S. Munich, Max Planck Inst. Kajomovitz E. Technion Kalinovskaya L.V. Dubna, JINR Kalinowski A. Regina U. Kama S. DESY, Zeuthen Kanaya N. Tokyo U. Kaneda M. Tokyo U. Kantserov V.A. Moscow Phys. Eng. Inst. Kanzaki J. KEK, Tsukuba Kaplan B. Yale U. Kapliy A. Chicago U., EFI Kaplon J. CERN Karagounis M. Bonn U., HISKP Karagoz Unel M Oxford U. Kartvelishvili V. Lancaster U. Karyukhin A.N. Serpukhov, IHEP Kashif L. Harvard U. Kasmi A. Southern Methodist U. Kass R.D. Ohio State U. Kastanas A. Bergen U. Kastoryano M. Yale U. Kataoka M. CERN Kataoka Y. Tokyo U. Katsoufis E. Natl. Tech. U., Athens Katzy J. DESY, Zeuthen Kaushik V. Arizona U. Kawagoe K. Kobe U. Kawamoto T. Tokyo U. Kawamura G. Mainz U., Inst. Phys. Kayl M.S. NIKHEF, Amsterdam Kayumov F. Lebedev Inst. Kazanin V.A. Novosibirsk, IYF Kazarinov M.Y. Dubna, JINR Kazi S.I. Melbourne U. Keates J.R. Manchester U. Keeler R. Victoria U. Keener P.T. Pennsylvania U. Kehoe R. Southern Methodist U. Keil M. Geneva U. Kekelidze G.D. Dubna, JINR Kelly M. Manchester U. Kennedy J. Munich U., Neutron Group Kenyon M. Glasgow U. Kepka O. Saclay Kerschen N. CERN Kersevan B.P. Stefan Inst., Ljubljana Kersten S. Wuppertal U. Kessoku K. Tokyo U. Khakzad M. Carleton U. Khalil-zada F. Baku, Inst. Phys. Khandanyan H. Illinois U., Urbana Khanov A. Oklahoma State U. Kharchenko D. Dubna, JINR Khodinov A. SUNY, Stony Brook Kholodenko A.G. Serpukhov, IHEP Khomich A. Heidelberg U. Khoriauli G. Bonn U., HISKP Khovanskiy N. Dubna, JINR Khovanskiy V. Moscow, ITEP Khramov E. Dubna, JINR Khubua J. Tbilisi State U. Kilvington G. Royal Holloway, U. of London Kim H. Texas U. Kim M.S. Alberta U. Kim P.C. SLAC Kim S.H. Tsukuba U. Kind O. Humboldt U., Berlin Kind P. Wuppertal U. King B.T. Liverpool U. Kirk J. Rutherford Kirsch G.P. Oxford U. Kirsch L.E. Brandeis U. Kiryunin A.E. Munich, Max Planck Inst. Kisielewska D. AGH-UST, Cracow Kittelmann T. Pittsburgh U. Kiyamura H. Kobe U. Kladiva E. Kosice, IEF Klein M. Liverpool U. Klein U. Liverpool U. Kleinknecht K. Mainz U., Inst. Phys. Klemetti M. McGill U. Klier A. Weizmann Inst. Klimentov A. Brookhaven Klingenberg R. Dortmund U. Klinkby E.B. Duke U. Klioutchnikova T. CERN Klok P.F. Nijmegen U. Klous S. NIKHEF, Amsterdam Kluge E-E Heidelberg U. Kluge T. Liverpool U. Kluit P. NIKHEF, Amsterdam Klute M. Gottingen U., II. Phys. Inst. Kluth S. Munich, Max Planck Inst. Knecht N.S. Toronto U. Kneringer E. Innsbruck U., Inst. Astrophys. Ko B.R. Duke U. Kobayashi T. Tokyo U. Kobel M. Dresden, Tech. U. Koblitz B. CERN Kocian M. SLAC Kocnar A. Palacky U. Kodys P. Charles U. Köneke K. DESY, Zeuthen König A.C. Nijmegen U. Köpke L. Mainz U., Inst. Phys. Koetsveld F. Nijmegen U. Koevesarki P. Bonn U., HISKP Koffas T. CERN Koffeman E. NIKHEF, Amsterdam Kohn F. Gottingen U., II. Phys. Inst. Kohout Z. Prague, Tech. U. Kohriki T. KEK, Tsukuba Kokott T. Bonn U., HISKP Kolanoski H. Humboldt U., Berlin Kolesnikov V. Dubna, JINR Koletsou I. Annecy, LAPP Koll J. Michigan State U. Kollar D. CERN Kolos S. St. Petersburg, INP UC, Irvine Kolya S.D. Manchester U. Komar A.A. Lebedev Inst. Komaragiri J.R. Simon Fraser U. Kondo T. KEK, Tsukuba Kono T. Hamburg U. DESY, Zeuthen Kononov A.I. Freiburg U. Konoplich R. New York U. Konovalov S.P. Lebedev Inst. Konstantinidis N. University Coll. London Koperny S. AGH-UST, Cracow Korcyl K. Cracow, INP Kordas K. Bern U., LHEP Koreshev V. Serpukhov, IHEP Korn A. LBL, Berkeley Korolkov I. Barcelona, IFAE Korolkova E.V. Sheffield U. Korotkov V.A. Serpukhov, IHEP Kortner O. Munich, Max Planck Inst. Kostka P. DESY, Zeuthen Kostyukhin V.V. Bonn U., HISKP Kotamäki M.J. CERN Kotov S. Munich, Max Planck Inst. Kotov V.M. Dubna, JINR Kotov K.Y. Novosibirsk, IYF Koupilova Z. Charles U. Kourkoumelis C. Athens U. Koutsman A. NIKHEF, Amsterdam Kowalewski R. Victoria U. Kowalski H. DESY, Zeuthen Kowalski T.Z. AGH-UST, Cracow Kozanecki W. Saclay Kozhin A.S. Serpukhov, IHEP Kral V. Prague, Tech. U. Kramarenko V.A. Moscow State U. Kramberger G. Stefan Inst., Ljubljana Krasny M.W. Paris U., VI-VII Krasznahorkay A. New York U. Kreisel A. Tel Aviv U. Krejci F. Prague, Tech. U. Krepouri A. Thessaloniki U. Kretzschmar J. Liverpool U. Krieger P. Toronto U. Krobath G. Munich U., Neutron Group Kroeninger K. Gottingen U., II. Phys. Inst. Kroha H. Munich, Max Planck Inst. Kroll J. Pennsylvania U. Kroseberg J. Bonn U., HISKP Krstic J. Belgrade U. Kruchonak U. Dubna, JINR Krüger H. Bonn U., HISKP Krumshteyn Z.V. Dubna, JINR Kubota T. Tokyo U. Kuehn S. Freiburg U. Kugel A. Heidelberg U. Kuhl T. Wuppertal U. Kuhn D. Innsbruck U., Inst. Astrophys. Kukhtin V. Dubna, JINR Kulchitsky Y. Minsk, Inst. Phys. Kuleshov S. Santa Maria U., Valparaiso Kummer C. Munich U., Neutron Group Kuna M. Marseille, CPPM Kupco A. Prague, Inst. Phys. Kurashige H. Kobe U. Kurata M. Tsukuba U. Kurchaninov L.L. TRIUMF Kurochkin Y.A. Minsk, Inst. Phys. Kus V. Prague, Inst. Phys. Kuykendall W. Washington U., Seattle Kuznetsova E. Rome U. INFN, Rome Kvasnicka O. Prague, Inst. Phys. Kwee R. Humboldt U., Berlin La Rosa M Melbourne U. La Rotonda L INFM, Cosenza INFN, Cosenza Labarga L. Madrid, Autonoma U. Labbe J. Annecy, LAPP Lacasta C. Valencia U., IFIC Lacava F. Rome U. INFN, Rome Lacker H. Humboldt U., Berlin Lacour D. Paris U., VI-VII Lacuesta V.R. Valencia U., IFIC Ladygin E. Dubna, JINR Lafaye R. Annecy, LAPP Laforge B. Paris U., VI-VII Lagouri T. Madrid, Autonoma U. Lai S. Freiburg U. Lamanna M. CERN Lampen C.L. Arizona U. Lampl W. Arizona U. Lancon E. Saclay Landgraf U. Freiburg U. Landon M.P.J. Queen Mary, U. of London Lane J.L. Manchester U. Lankford A.J. UC, Irvine Lanni F. Brookhaven Lantzsch K. CERN Lanza A. INFN, Pavia Laplace S. Annecy, LAPP Lapoire C. Marseille, CPPM Laporte J.F. Saclay Lari T. INFN, Milan Larionov A.V. Serpukhov, IHEP Larner A. Oxford U. Lasseur C. CERN Lassnig M. CERN Laurelli P. Frascati Lavrijsen W. LBL, Berkeley Laycock P. Liverpool U. Lazarev A.B. Dubna, JINR Lazzaro A. Milan U. INFN, Milan Le Dortz O Paris U., VI-VII Le Guirriec E Marseille, CPPM Le Maner C Toronto U. Le Menedeu E Saclay Le Vine M Brookhaven Leahu M. CERN Lebedev A. Iowa State U. Lebel C. Montreal U. LeCompte T. Argonne, CNM Ledroit-Guillon F. LPSC, Grenoble Lee H. NIKHEF, Amsterdam Lee J.S.H. Sydney U. Lee S.C. Taiwan, Inst. Phys. Lefebvre M. Victoria U. Legendre M. Saclay LeGeyt B.C. Pennsylvania U. Legger F. Munich U., Neutron Group Leggett C. LBL, Berkeley Lehmacher M. Bonn U., HISKP Lehmann Miotto G CERN Lei X. Arizona U. Leitner R. Charles U. Lelas D. Victoria U. Lellouch D. Weizmann Inst. Lellouch J. Paris U., VI-VII Leltchouk M. Nevis Labs, Columbia U. Lendermann V. Heidelberg U. Leney K.J.C. Liverpool U. Lenz T. Wuppertal U. Lenzen G. Wuppertal U. Lenzi B. Saclay Leonhardt K. Dresden, Tech. U. Leroy C. Montreal U. Lessard J-R Victoria U. Lester C.G. Cambridge U. Leung Fook Cheong A Wisconsin U., Madison Levêque J. Marseille, CPPM Levin D. Michigan U., MCTP Levinson L.J. Weizmann Inst. Levitski M.S. Serpukhov, IHEP Levonian S. DESY, Zeuthen Lewandowska M. Boston U. Leyton M. LBL, Berkeley Li H. Wisconsin U., Madison Li J. Texas U. Li S. DESY, Zeuthen Li X. Michigan U., MCTP Liang Z. Southern Methodist U. Liang Z. Zhongshan U. Taiwan, Inst. Phys. Liberti B. INFN, Rome Lichard P. CERN Lichtnecker M. Munich U., Neutron Group Lie K. Illinois U., Urbana Liebig W. NIKHEF, Amsterdam Liko D. CERN Lilley J.N. Birmingham U. Lim H. Argonne, CNM Limosani A. Melbourne U. Limper M. Iowa U. Lin S.C. Taiwan, Inst. Phys. Lindsay S.W. Liverpool U. Linhart V. Prague, Tech. U. Linnemann J.T. Michigan State U. Liolios A. Thessaloniki U. Lipeles E. Pennsylvania U. Lipinsky L. Prague, Inst. Phys. Lipniacka A. Bergen U. Liss T.M. Illinois U., Urbana Lissauer D. Brookhaven Litke A.M. UC, Santa Cruz Liu C. Carleton U. Liu D. Shandong U. Taiwan, Inst. Phys. Liu H. Michigan U., MCTP Liu J.B. Michigan U., MCTP Liu M. Shandong U. Liu S. Alberta U. Liu T. Southern Methodist U. Liu Y. Shandong U. Livan M. Pavia U. INFN, Pavia Lleres A. LPSC, Grenoble Lloyd S.L. Queen Mary, U. of London Lobodzinska E. DESY, Zeuthen Loch P. Arizona U. Lockman W.S. UC, Santa Cruz Lockwitz S. Yale U. Loddenkoetter T. Bonn U., HISKP Loebinger F.K. Manchester U. Loginov A. Yale U. Loh C.W. British Columbia U. Lohse T. Humboldt U., Berlin Lohwasser K. Freiburg U. Lokajicek M. Prague, Inst. Phys. Loken J. Oxford U. Lopes L. LIP, Lisbon Lopez Mateos D Caltech Nevis Labs, Columbia U. Losada M. Antonio Narino U. Loscutoff P. LBL, Berkeley Losty M.J. TRIUMF Lou X. Texas U., Dallas Lounis A. Orsay, LAL Loureiro K.F. Ohio State U. Lovas L. Kosice, IEF Love J. Boston U. Love P. Lancaster U. Lowe A.J. Indiana U. Lu F. Shandong U. Lu J. Alberta U. Lubatti H.J. Washington U., Seattle Luci C. Rome U. INFN, Rome Lucotte A. LPSC, Grenoble Ludwig A. Dresden, Tech. U. Ludwig D. DESY, Zeuthen Ludwig I. Freiburg U. Ludwig J. Freiburg U. Luehring F. Indiana U. Luisa L. Udine U. INFN, Udine Lumb D. Freiburg U. Luminari L. INFN, Rome Lund E. Oslo U. Lund-Jensen B. Royal Inst. Tech., Stockholm Lundberg B. Lund U. Lundberg J. CERN Lundquist J. Bohr Inst. Lutz G. Munich, Max Planck Inst. Lynn D. Brookhaven Lys J. LBL, Berkeley Lytken E. Lund U. Ma H. Brookhaven Ma L.L. Wisconsin U., Madison Maccarrone G. Frascati Macchiolo A. Munich, Max Planck Inst. Macek B. Stefan Inst., Ljubljana Machado Miguens J LIP, Lisbon Mackeprang R. CERN Madaras R.J. LBL, Berkeley Mader W.F. Dresden, Tech. U. Maenner R. Heidelberg U. Maeno T. Brookhaven Mättig P. Wuppertal U. Mättig S. DESY, Zeuthen Magalhaes Martins P J LIP, Lisbon Magradze E. Tbilisi State U. Magrath C.A. Nijmegen U. Mahalalel Y. Tel Aviv U. Mahboubi K. Freiburg U. Mahmood A. Massey U., Albany Mahout G. Birmingham U. Maiani C. Rome U. INFN, Rome Maidantchik C. Niteroi, Fluminense U. Maio A. LIP, Lisbon Majewski S. Brookhaven Makida Y. KEK, Tsukuba Makouski M. Serpukhov, IHEP Makovec N. Orsay, LAL Malecki Pa Cracow, INP Malecki P. Cracow, INP Maleev V.P. St. Petersburg, INP Malek F. LPSC, Grenoble Mallik U. Iowa U. Malon D. Argonne, CNM Maltezos S. Natl. Tech. U., Athens Malyshev V. Novosibirsk, IYF Malyukov S. Dubna, JINR Mambelli M. Chicago U., EFI Mameghani R. Munich U., Neutron Group Mamuzic J. DESY, Zeuthen Manabe A. KEK, Tsukuba Mandelli L. INFN, Milan Mandic I. Stefan Inst., Ljubljana Mandrysch R. Humboldt U., Berlin Maneira J. LIP, Lisbon Mangeard P.S. Michigan State U. Manjavidze I.D. Dubna, JINR Manousakis-Katsikakis A. Athens U. Mansoulie B. Saclay Mapelli A. CERN Mapelli L. CERN March L. Madrid, Autonoma U. Marchand J.F. Annecy, LAPP Marchese F. Rome U. INFN, Rome Marcisovsky M. Prague, Inst. Phys. Marino C.P. Indiana U. Marques C.N. LIP, Lisbon Marroquim F. Niteroi, Fluminense U. Marshall R. Manchester U. Marshall Z. Caltech Nevis Labs, Columbia U. Martens F.K. Toronto U. Marti i.Garcia .S. Valencia U., IFIC Martin A.J. Queen Mary, U. of London Martin A.J. Yale U. Martin B. CERN Martin B. Michigan State U. Martin F.F. Pennsylvania U. Martin J.P. Montreal U. Martin T.A. Birmingham U. Martin dit Latour B Geneva U. Martinez M. Barcelona, IFAE Martinez Outschoorn V Harvard U. Martini A. Frascati Martynenko V. York U., Canada Martyniuk A.C. Manchester U. Maruyama T. Tsukuba U. Marzano F. INFN, Rome Marzin A. Saclay Masetti L. Bonn U., HISKP Mashimo T. Tokyo U. Mashinistov R. Moscow Phys. Eng. Inst. Masik J. Manchester U. Maslennikov A.L. Novosibirsk, IYF Massaro G. NIKHEF, Amsterdam Massol N. Annecy, LAPP Mastroberardino A. INFM, Cosenza INFN, Cosenza Masubuchi T. Tokyo U. Mathes M. Bonn U., HISKP Matricon P. Orsay, LAL Matsumoto H. Tokyo U. Matsunaga H. Tokyo U. Matsushita T. Kobe U. Mattravers C. Rutherford Oxford U. Maxfield S.J. Liverpool U. May E.N. Argonne, CNM Mayne A. Sheffield U. Mazini R. Taiwan, Inst. Phys. Mazur M. Freiburg U. Mazzanti M. Milan U. INFN, Milan Mazzanti P. INFN, Bologna Mc Donald J McGill U. Mc Kee S P Michigan U., MCTP McCarn A. Illinois U., Urbana McCarthy R.L. SUNY, Stony Brook McCubbin N.A. Rutherford McFarlane K.W. Hampton U. McGlone H. Glasgow U. Mchedlidze G. Tbilisi State U. McLaren R.A. CERN McMahon S.J. Rutherford McMahon T.R. Royal Holloway, U. of London McPherson R.A. IPP, Canada Victoria U. Meade A. Massachusetts U., Amherst Mechnich J. NIKHEF, Amsterdam Mechtel M. Wuppertal U. Medinnis M. DESY, Zeuthen Meera-Lebbai R. Oklahoma U. Meguro T.M. Osaka U. Mehdiyev R. Montreal U. Mehlhase S. DESY, Zeuthen Mehta A. Liverpool U. Meier K. Heidelberg U. Meirose B. Freiburg U. Melamed-Katz A. Weizmann Inst. Mellado Garcia B R Wisconsin U., Madison Meng Z. Shandong U. Taiwan, Inst. Phys. Menke S. Munich, Max Planck Inst. Meoni E. Barcelona, IFAE Merkl D. Munich U., Neutron Group Mermod P. Oxford U. Merola L. Naples U. INFN, Naples Meroni C. INFN, Milan Merritt F.S. Chicago U., EFI Messina A.M. CERN Messmer I. Freiburg U. Metcalfe J. New Mexico U. Mete A.S. Iowa State U. Meyer J-P Saclay Meyer J. Gottingen U., II. Phys. Inst. Meyer T.C. CERN Meyer W.T. Iowa State U. Miao J. Shandong U. Micu L. Bucharest, IFIN-HH Middleton R.P. Rutherford Migas S. Liverpool U. Mijovic L. Stefan Inst., Ljubljana Mikenberg G. Weizmann Inst. Mikuz M. Stefan Inst., Ljubljana Miller D.W. SLAC Mills W.J. British Columbia U. Mills C.M. Harvard U. Milov A. Weizmann Inst. Milstead D.A. Stockholm U. Minaenko A.A. Serpukhov, IHEP Miñano M. Valencia U., IFIC Minashvili I.A. Dubna, JINR Mincer A.I. New York U. Mindur B. AGH-UST, Cracow Mineev M. Dubna, JINR Mir L.M. Barcelona, IFAE Mirabelli G. INFN, Rome Misawa S. Brookhaven Miscetti S. Frascati Misiejuk A. Royal Holloway, U. of London Mitrevski J. UC, Santa Cruz Mitsou V.A. Valencia U., IFIC Miyagawa P.S. Manchester U. Mjörnmark J.U. Lund U. Mladenov D. Brandeis U. Moa T. Stockholm U. Mockett P. Washington U., Seattle Moed S. Harvard U. Moeller V. Cambridge U. Mönig K. DESY, Zeuthen Möser N. Bonn U., HISKP Mohn B. Bergen U. Mohr W. Freiburg U. Mohrdieck-Möck S. Munich, Max Planck Inst. Moles-Valls R. Valencia U., IFIC Molina-Perez J. CERN Moloney G. Melbourne U. Monk J. University Coll. London Monnier E. Marseille, CPPM Montesano S. Milan U. INFN, Milan Monticelli F. La Plata U. Moore R.W. Alberta U. Mora-Herrera C. Geneva U. Moraes A. Glasgow U. Morais A. LIP, Lisbon Morel J. Annecy, LAPP Morello G. INFM, Cosenza INFN, Cosenza Moreno D. Antonio Narino U. Moreno Llácer M Valencia U., IFIC Morettini P. INFN, Genoa Morii M. Harvard U. Morley A.K. Melbourne U. Mornacchi G. CERN Morozov S.V. Moscow Phys. Eng. Inst. Morris J.D. Queen Mary, U. of London Moser H.G. Munich, Max Planck Inst. Mosidze M. Tbilisi State U. Moss J. Ohio State U. Mount R. SLAC Mountricha E. Natl. Tech. U., Athens Mouraviev S.V. Lebedev Inst. Moyse E.J.W. Massachusetts U., Amherst Mudrinic M. VINCA Inst. Nucl. Sci., Belgrade Mueller F. Heidelberg U. Mueller J. Pittsburgh U. Mueller K. Bonn U., HISKP Müller T.A. Munich U., Neutron Group Muenstermann D. Dortmund U. Muir A. British Columbia U. Murillo Garcia R UC, Irvine Murray W.J. Rutherford Mussche I. NIKHEF, Amsterdam Musto E. Naples U. INFN, Naples Myagkov A.G. Serpukhov, IHEP Myska M. Prague, Inst. Phys. Nadal J. Barcelona, IFAE Nagai K. Brookhaven Nagano K. KEK, Tsukuba Nagasaka Y. Hiroshima Inst. Tech. Nairz A.M. CERN Nakamura K. Tokyo U. Nakano I. Okayama U. Nakatsuka H. Kobe U. Nanava G. Bonn U., HISKP Napier A. Tufts U. Nash M. Rutherford University Coll. London Nation N.R. Boston U. Nattermann T. Bonn U., HISKP Naumann T. DESY, Zeuthen Navarro G. Antonio Narino U. Nderitu S.K. Bonn U., HISKP Neal H.A. Michigan U., MCTP Nebot E. Madrid, Autonoma U. Nechaeva P. Lebedev Inst. Negri A. Pavia U. INFN, Pavia Negri G. CERN Nelson A. Iowa State U. Nelson T.K. SLAC Nemecek S. Prague, Inst. Phys. Nemethy P. New York U. Nepomuceno A.A. Niteroi, Fluminense U. Nessi M. CERN Neubauer M.S. Illinois U., Urbana Neusiedl A. Mainz U., Inst. Phys. Neves R.N. LIP, Lisbon Nevski P. Brookhaven Newcomer F.M. Pennsylvania U. Nicholson C. Glasgow U. Nickerson R.B. Oxford U. Nicolaidou R. Saclay Nicolas L. Sheffield U. Nicoletti G. Frascati Niedercorn F. Orsay, LAL Nielsen J. UC, Santa Cruz Nikiforov A. Humboldt U., Berlin Nikolaev K. Dubna, JINR Nikolic-Audit I. Paris U., VI-VII Nikolopoulos K. Athens U. Nilsen H. Freiburg U. Nilsson P. Texas U. Nisati A. INFN, Rome Nishiyama T. Kobe U. Nisius R. Munich, Max Planck Inst. Nodulman L. Argonne, CNM Nomachi M. Osaka U. Nomidis I. Thessaloniki U. Nomoto H. Tokyo U. Nordberg M. CERN Nordkvist B. Stockholm U. Notz D. DESY, Zeuthen Novakova J. Charles U. Nozaki M. KEK, Tsukuba Nozicka M. DESY, Zeuthen Nugent I.M. TRIUMF Nuncio-Quiroz A-E Bonn U., HISKP Nunes Hanninger G Bonn U., HISKP Nunnemann T. Munich U., Neutron Group Nurse E. University Coll. London O'Neil D.C. Simon Fraser U. O'Shea V. Glasgow U. Oakham F.G. TRIUMF Carleton U. Oberlack H. Munich, Max Planck Inst. Ochi A. Kobe U. Oda S. Tokyo U. Odaka S. KEK, Tsukuba Odier J. Marseille, CPPM Odino G.A. Genoa U. INFN, Genoa Ogren H. Indiana U. Oh S.H. Duke U. Ohm C.C. Stockholm U. Ohshima T. Nagoya U. Ohshita H. Shinshu U., Ueda Ohsugi T. Hiroshima U. Okada S. Kobe U. Okawa H. Tokyo U. Okumura Y. Nagoya U. Olcese M. INFN, Genoa Olchevski A.G. Dubna, JINR Oliveira M. LIP, Lisbon Oliveira Damazio D Brookhaven Oliver J. Harvard U. Oliver Garcia E Valencia U., IFIC Olivito D. Pennsylvania U. Olszewski A. Cracow, INP Olszowska J. Cracow, INP Omachi C. Kobe U. Onofre A. LIP, Lisbon Onyisi P.U.E. Chicago U., EFI Oram C.J. TRIUMF Ordonez G. Nijmegen U. Oreglia M.J. Chicago U., EFI Oren Y. Tel Aviv U. Orestano D. Rome U. INFN, Rome Orlov I. Novosibirsk, IYF Oropeza Barrera C Glasgow U. Orr R.S. Toronto U. Ortega E.O. Regina U. Osculati B. Genoa U. INFN, Genoa Osuna C. Barcelona, IFAE Otec R. Prague, Tech. U. Ottersbach J.P. NIKHEF, Amsterdam Ould-Saada F. Oslo U. Ouraou A. Saclay Ouyang Q. Shandong U. Owen M. Manchester U. Owen S. Sheffield U. Ozcan V.E. University Coll. London Ozone K. KEK, Tsukuba Ozturk N. Texas U. Pacheco Pages A Barcelona, IFAE Padhi S. Wisconsin U., Madison Padilla Aranda C Barcelona, IFAE Paganis E. Sheffield U. Pahl C. Iowa U. Paige F. Brookhaven Pajchel K. Oslo U. Pal A. Texas U. Palestini S. CERN Pallin D. Clermont-Ferrand U. Palma A. LIP, Lisbon Palmer J.D. Birmingham U. Pan Y.B. Wisconsin U., Madison Panagiotopoulou E. Natl. Tech. U., Athens Panes B. Chile U., Catolica Panikashvili N. Michigan U., MCTP Panitkin S. Brookhaven Pantea D. Bucharest, IFIN-HH Panuskova M. Prague, Inst. Phys. Paolone V. Pittsburgh U. Papadopoulou Th D Natl. Tech. U., Athens Park S.J. Gottingen U., II. Phys. Inst. Park W. South Carolina U. Brookhaven Parker M.A. Cambridge U. Parker S.I. LBL, Berkeley Parodi F. Genoa U. INFN, Genoa Parsons J.A. Nevis Labs, Columbia U. Parzefall U. Freiburg U. Pasqualucci E. INFN, Rome Passardi G. CERN Passeri A. INFN, Rome Pastore F. Rome U. INFN, Rome Pastore Fr CERN Pásztor G. Budapest, RMKI Geneva U. Pataraia S. Munich, Max Planck Inst. Pater J.R. Manchester U. Patricelli S. Naples U. INFN, Naples Patwa A. Brookhaven Pauly T. CERN Peak L.S. Sydney U. Pecsy M. Kosice, IEF Pedraza Morales M I Wisconsin U., Madison Peleganchuk S.V. Novosibirsk, IYF Peng H. Wisconsin U., Madison Penson A. Nevis Labs, Columbia U. Penwell J. Indiana U. Perantoni M. Niteroi, Fluminense U. Perez K. Caltech Nevis Labs, Columbia U. Perez Codina E Barcelona, IFAE Pérez García-Estañ M T Valencia U., IFIC Perez Reale V Nevis Labs, Columbia U. Perini L. Milan U. INFN, Milan Pernegger H. CERN Perrino R. INFN, Lecce Perrodo P. Annecy, LAPP Persembe S. Ankara U. Perus P. Orsay, LAL Peshekhonov V.D. Dubna, JINR Petersen B.A. CERN Petersen J. CERN Petersen T.C. Bohr Inst. Petit E. Marseille, CPPM Petridou C. Thessaloniki U. Petrolo E. INFN, Rome Petrucci F. Rome U. INFN, Rome Petschull D. DESY, Zeuthen Petteni M. Simon Fraser U. Pezoa R. Santa Maria U., Valparaiso Pfeifer B. Freiburg U. Phan A. Melbourne U. Phillips A.W. Cambridge U. Piacquadio G. Freiburg U. Piccinini M. Bologna U. INFN, Bologna Piegaia R. Buenos Aires U. Pilcher J.E. Chicago U., EFI Pilkington A.D. Manchester U. Pina J. LIP, Lisbon Pinamonti M. Udine U. INFN, Udine Pinfold J.L. Alberta U. Ping J. Shandong U. Pinto B. LIP, Lisbon Pirotte O. CERN Pizio C. Milan U. INFN, Milan Placakyte R. DESY, Zeuthen Plamondon M. Victoria U. Plano W.G. Manchester U. Pleier M-A Brookhaven Poblaguev A. Yale U. Poddar S. Heidelberg U. Podlyski F. Clermont-Ferrand U. Poffenberger P. Victoria U. Poggioli L. Orsay, LAL Pohl M. Geneva U. Polci F. LPSC, Grenoble Polesello G. INFN, Pavia Policicchio A. Washington U., Seattle Polini A. INFN, Bologna Poll J. Queen Mary, U. of London Polychronakos V. Brookhaven Pomarede D.M. Saclay Pomeroy D. Brandeis U. Pommès K. CERN Pontecorvo L. INFN, Rome Pope B.G. Michigan State U. Popovic D.S. Belgrade U. Poppleton A. CERN Popule J. Prague, Inst. Phys. Portell Bueso X Freiburg U. Porter R. UC, Irvine Pospelov G.E. Munich, Max Planck Inst. Pospichal P. CERN Pospisil S. Prague, Tech. U. Potekhin M. Brookhaven Potrap I.N. Munich, Max Planck Inst. Potter C.J. Sussex U. Potter C.T. McGill U. Potter K.P. Manchester U. Poulard G. CERN Poveda J. Wisconsin U., Madison Prabhu R. Bonn U., HISKP Pralavorio P. Marseille, CPPM Prasad S. Harvard U. Pravahan R. Texas U. Preda T. Bucharest, IFIN-HH Pretzl K. Bern U., LHEP Pribyl L. CERN Price D. Indiana U. Price L.E. Argonne, CNM Prichard P.M. Liverpool U. Prieur D. Pittsburgh U. Primavera M. INFN, Lecce Prokofiev K. CERN Prokoshin F. Santa Maria U., Valparaiso Protopopescu S. Brookhaven Proudfoot J. Argonne, CNM Prudent X. Dresden, Tech. U. Przysiezniak H. Annecy, LAPP Psoroulas S. Bonn U., HISKP Ptacek E. Oregon U. Puigdengoles C. Barcelona, IFAE Purdham J. Michigan U., MCTP Purohit M. South Carolina U. Brookhaven Puzo P. Orsay, LAL Pylypchenko Y. Oslo U. Qi M. Shandong U. Qian J. Michigan U., MCTP Qian W. Rutherford Qian Z. Marseille, CPPM Qin Z. DESY, Zeuthen Qing D. TRIUMF Quadt A. Gottingen U., II. Phys. Inst. Quarrie D.R. LBL, Berkeley Quayle W.B. Wisconsin U., Madison Quinonez F. Chile U., Catolica Raas M. Nijmegen U. Radeka V. Brookhaven Radescu V. Heidelberg U. Radics B. Bonn U., HISKP Rador T. Bogazici U. Ragusa F. Milan U. INFN, Milan Rahal G. CC, Villeurbanne Rahimi A.M. Ohio State U. Rahm D. Brookhaven Rajagopalan S. Brookhaven Rammes M. Siegen U. Ratoff P.N. Lancaster U. Rauscher F. Munich U., Neutron Group Rauter E. Munich, Max Planck Inst. Raymond M. CERN Read A.L. Oslo U. Rebuzzi D.M. Pavia U. INFN, Pavia Redelbach A. Wurzburg U. Redlinger G. Brookhaven Reece R. Pennsylvania U. Reeves K. Wuppertal U. Reinherz-Aronis E. Tel Aviv U. Reinsch A. Oregon U. Reisinger I. Dortmund U. Reljic D. Belgrade U. Rembser C. CERN Ren Z.L. Taiwan, Inst. Phys. Renkel P. Southern Methodist U. Rescia S. Brookhaven Rescigno M. INFN, Rome Resconi S. INFN, Milan Resende B. NIKHEF, Amsterdam Reznicek P. Charles U. Rezvani R. Toronto U. Richards A. University Coll. London Richards R.A. Michigan State U. Richter D. Humboldt U., Berlin Richter R. Munich, Max Planck Inst. Richter-Was E. Jagiellonian U. Cracow, INP Ridel M. Paris U., VI-VII Rieke S. Mainz U., Inst. Phys. Rijpstra M. NIKHEF, Amsterdam Rijssenbeek M. SUNY, Stony Brook Rimoldi A. Pavia U. INFN, Pavia Rinaldi L. INFN, Bologna Rios R.R. Southern Methodist U. Riu I. Barcelona, IFAE Rivoltella G. Milan U. INFN, Milan Rizatdinova F. Oklahoma State U. Rizvi E.R. Queen Mary, U. of London Roa-Romero D.A. Antonio Narino U. Robertson S.H. IPP, Canada McGill U. Robichaud-Veronneau A. Geneva U. Robinson D. Cambridge U. Robinson M. Oregon U. Robson A. Glasgow U. Rocha de Lima J G Argonne, CNM Roda C. Pisa U. INFN, Pisa Rodriguez D. Antonio Narino U. Rodriguez Garcia Y Humboldt U., Berlin Roe S. CERN Røhne O. Oslo U. Rojo V. Massey U., Albany Rolli S. Tufts U. Romaniouk A. Moscow Phys. Eng. Inst. Romanov V.M. Dubna, JINR Romeo G. Buenos Aires U. Romero-Maltrana D. Chile U., Catolica Roos L. Paris U., VI-VII Ros E. Valencia U., IFIC Rosati S. Rome U. INFN, Rome Rosenbaum G.A. Toronto U. Rosenberg E.I. Iowa State U. Rosselet L. Geneva U. Rossi L.P. INFN, Genoa Rotaru M. Bucharest, IFIN-HH Rothberg J. Washington U., Seattle Rottländer I. Bonn U., HISKP Rousseau D. Orsay, LAL Royon C.R. Saclay Rozanov A. Marseille, CPPM Rozen Y. Technion Ruan X. Shandong U. Ruckert B. Munich U., Neutron Group Ruckstuhl N. NIKHEF, Amsterdam Rud V.I. Moscow State U. Rudolph G. Innsbruck U., Inst. Astrophys. Rühr F. Heidelberg U. Ruggieri F. INFN, Rome Ruiz-Martinez A. Valencia U., IFIC Rumyantsev L. Dubna, JINR Rusakovich N.A. Dubna, JINR Rutherfoord J.P. Arizona U. Ruwiedel C. Bonn U., HISKP Ruzicka P. Prague, Inst. Phys. Ryabov Y.F. St. Petersburg, INP Ryadovikov V. Serpukhov, IHEP Ryan P. Michigan State U. Rybkin G. Orsay, LAL Rzaeva S. Baku, Inst. Phys. Saavedra A.F. Sydney U. Sadrozinski H.F-W. UC, Santa Cruz Sadykov R. Dubna, JINR Sakamoto H. Tokyo U. Salamanna G. NIKHEF, Amsterdam Salamon A. INFN, Rome Saleem M. Oklahoma U. Salihagic D. Munich, Max Planck Inst. Salnikov A. SLAC Salt J. Valencia U., IFIC Salvachua-Ferrando B.M. Argonne, CNM Salvatore D. INFM, Cosenza INFN, Cosenza Salvatore F. Sussex U. Salvucci A. Frascati Salzburger A. DESY, Zeuthen Sampsonidis D. Thessaloniki U. Samset B.H. Oslo U. Sanchis Lozano M A Valencia U., IFIC Sandaker H. Bergen U. Sander H.G. Mainz U., Inst. Phys. Sanders M.P. Munich U., Neutron Group Sandhoff M. Wuppertal U. Sandstroem R. NIKHEF, Amsterdam Sandvoss S. Wuppertal U. Sankey D.P.C. Rutherford Sanny B. Wuppertal U. Sansoni A. Frascati Santamarina Rios C McGill U. Santi L. Udine U. INFN, Udine Santoni C. Clermont-Ferrand U. Santonico R. Rome U. INFN, Rome Santos D. LIP, Lisbon Santos J. LIP, Lisbon Saraiva J.G. LIP, Lisbon Sarangi T. Wisconsin U., Madison Sarkisyan-Grinbaum E. Texas U. Sarri F. Pisa U. INFN, Pisa Sasaki O. KEK, Tsukuba Sasaki T. KEK, Tsukuba Sasao N. Kyoto U., Yukawa Inst., Kyoto Satsounkevitch I. Minsk, Inst. Phys. Sauvage G. Annecy, LAPP Savard P. TRIUMF Toronto U. Savine A.Y. Arizona U. Savinov V. Pittsburgh U. Sawyer L. Louisiana Tech. U. Brookhaven Saxon D.H. Glasgow U. Says L.P. Clermont-Ferrand U. Sbarra C. Bologna U. INFN, Bologna Sbrizzi A. Bologna U. INFN, Bologna Scannicchio D.A. CERN Schaarschmidt J. Dresden, Tech. U. Schacht P. Munich, Max Planck Inst. Schäfer U. Mainz U., Inst. Phys. Schaetzel S. Heidelberg U. Schaffer A.C. Orsay, LAL Schaile D. Munich U., Neutron Group Schamberger R.D. SUNY, Stony Brook Schamov A.G. Novosibirsk, IYF Schegelsky V.A. St. Petersburg, INP Scheirich D. Michigan U., MCTP Schernau M. UC, Irvine Scherzer M.I. LBL, Berkeley Schiavi C. Genoa U. INFN, Genoa Schieck J. Munich, Max Planck Inst. Schioppa M. INFM, Cosenza INFN, Cosenza Schlenker S. CERN Schlereth J.L. Argonne, CNM Schmid P. Innsbruck U., Inst. Astrophys. Schmidt M.P. Yale U. Schmieden K. Bonn U., HISKP Schmitt C. Mainz U., Inst. Phys. Schmitz M. Bonn U., HISKP Schott M. CERN Schouten D. Simon Fraser U. Schovancova J. Prague, Inst. Phys. Schram M. McGill U. Schreiner A. Iowa U. Schroeder C. Mainz U., Inst. Phys. Schroer N. Heidelberg U. Schroers M. Wuppertal U. Schuler G. CERN Schultes J. Wuppertal U. Schultz-Coulon H-C Heidelberg U. Schumacher J. Dresden, Tech. U. Schumacher M. Freiburg U. Schumm B.A. UC, Santa Cruz Schune Ph Saclay Schwanenberger C. Manchester U. Schwartzman A. SLAC Schwemling Ph Paris U., VI-VII Schwienhorst R. Michigan State U. Schwierz R. Dresden, Tech. U. Schwindling J. Saclay Scott W.G. Rutherford Searcy J. Oregon U. Sedykh E. St. Petersburg, INP Segura E. Barcelona, IFAE Seidel S.C. New Mexico U. Seiden A. UC, Santa Cruz Seifert F. Dresden, Tech. U. Seixas J.M. Niteroi, Fluminense U. Sekhniaidze G. INFN, Naples Seliverstov D.M. St. Petersburg, INP Sellden B. Stockholm U. Seman M. Kosice, IEF Semprini-Cesari N. Bologna U. INFN, Bologna Serfon C. Munich U., Neutron Group Serin L. Orsay, LAL Seuster R. Munich, Max Planck Inst. Severini H. Oklahoma U. Sevior M.E. Melbourne U. Sfyrla A. Illinois U., Urbana Shamim M. Oregon U. Shan L.Y. Shandong U. Shank J.T. Boston U. Shao Q.T. Melbourne U. Shapiro M. LBL, Berkeley Shatalov P.B. Moscow, ITEP Shaver L. Arizona U. Shaw C. Glasgow U. Shaw K. Sheffield U. Sherman D. CERN Sherwood P. University Coll. London Shibata A. New York U. Shimojima M. Nagasaki Inst. Appl. Sci. Shin T. Hampton U. Shmeleva A. Lebedev Inst. Shochet M.J. Chicago U., EFI Shupe M.A. Arizona U. Sicho P. Prague, Inst. Phys. Sidoti A. Humboldt U., Berlin Siebel A. Wuppertal U. Siegert F. University Coll. London Siegrist J. LBL, Berkeley Sijacki Dj Belgrade U. Silbert O. Weizmann Inst. Silva J. LIP, Lisbon Silver Y. Tel Aviv U. Silverstein D. SLAC Silverstein S.B. Stockholm U. Simak V. Prague, Tech. U. Simic Lj Belgrade U. Simion S. Orsay, LAL Simmons B. University Coll. London Simonyan M. Annecy, LAPP Sinervo P. Toronto U. Sinev N.B. Oregon U. Sipica V. Siegen U. Siragusa G. Mainz U., Inst. Phys. Sisakyan A.N. Dubna, JINR Sivoklokov S.Yu. Moscow State U. Sjoelin J. Stockholm U. Sjursen T.B. Bergen U. Skubic P. Oklahoma U. Skvorodnev N. Brandeis U. Slater M. Birmingham U. Slavicek T. Prague, Tech. U. Sliwa K. Tufts U. Sloper J. CERN Sluka T. Prague, Inst. Phys. Smakhtin V. Weizmann Inst. Smirnov S.Yu. Moscow Phys. Eng. Inst. Smirnov Y. Brookhaven Smirnova L.N. Moscow State U. Smirnova O. Lund U. Smith B.C. Harvard U. Smith D. SLAC Smith K.M. Glasgow U. Smizanska M. Lancaster U. Smolek K. Prague, Tech. U. Snesarev A.A. Lebedev Inst. Snow S.W. Manchester U. Snow J. Oklahoma U. Snuverink J. NIKHEF, Amsterdam Snyder S. Brookhaven Soares M. LIP, Lisbon Sobie R. IPP, Canada Victoria U. Sodomka J. Prague, Tech. U. Soffer A. Tel Aviv U. Solans C.A. Valencia U., IFIC Solar M. Prague, Tech. U. Solfaroli-Camillocci E. Rome U. INFN, Rome Solodkov A.A. Serpukhov, IHEP Solovyanov O.V. Serpukhov, IHEP Soluk R. Alberta U. Sondericker J. Brookhaven Sopko V. Prague, Tech. U. Sopko B. Prague, Tech. U. Sosebee M. Texas U. Sosnovtsev V.V. Moscow Phys. Eng. Inst. Sospedra-Suay L. Valencia U., IFIC Soukharev A. Novosibirsk, IYF Spagnolo S. Salento U., DII INFN, Lecce Spanò F. Nevis Labs, Columbia U. Speckmayer P. CERN Spencer E. UC, Santa Cruz Spighi R. INFN, Bologna Spigo G. CERN Spila F. Rome U. INFN, Rome Spiwoks R. CERN Spousta M. Charles U. Spreitzer T. Simon Fraser U. Spurlock B. Texas U. St Denis R D Glasgow U. Stahl T. Siegen U. Stamen R. Heidelberg U. Stancu S.N. UC, Irvine Stanecka E. CERN Stanek R.W. Argonne, CNM Stanescu C. INFN, Rome Stapnes S. Oslo U. Starchenko E.A. Serpukhov, IHEP Stark J. LPSC, Grenoble Staroba P. Prague, Inst. Phys. Starovoitov P. Minsk, High Energy Phys. Ctr. Stastny J. Prague, Inst. Phys. Staude A. Munich U., Neutron Group Stavina P. Kosice, IEF Stavropoulos G. LBL, Berkeley Steinbach P. Dresden, Tech. U. Steinberg P. Brookhaven Stekl I. Prague, Tech. U. Stelzer B. Simon Fraser U. Stelzer H.J. DESY, Zeuthen Stelzer-Chilton O. TRIUMF Stenzel H. Giessen U. Stevenson K. Queen Mary, U. of London Stewart G. Glasgow U. Stockton M.C. Birmingham U. Stoerig K. Freiburg U. Stoicea G. Bucharest, IFIN-HH Stonjek S. Munich, Max Planck Inst. Strachota P. Charles U. Stradling A. Texas U. Straessner A. Dresden, Tech. U. Strandberg J. Michigan U., MCTP Strandberg S. LBL, Berkeley Strandlie A. Oslo U. Strauss M. Oklahoma U. Strizenec P. Kosice, IEF Ströhmer R. Munich U., Neutron Group Strom D.M. Oregon U. Strong J.A. Royal Holloway, U. of London Stroynowski R. Southern Methodist U. Strube J. Rutherford Stugu B. Bergen U. Stumer I. Brookhaven Soh D.A. Zhongshan U. Taiwan, Inst. Phys. Su D. SLAC Suchkov S.I. Moscow Phys. Eng. Inst. Sugaya Y. Osaka U. Sugimoto T. Nagoya U. Suhr C. Argonne, CNM Suk M. Charles U. Sulin V.V. Lebedev Inst. Sultansoy S. Ankara U. Sumida T. CERN Sun X. Shandong U. Sundermann J.E. Freiburg U. Suruliz K. ICTP, Trieste INFN, Udine Sushkov S. Barcelona, IFAE Susinno G. INFM, Cosenza INFN, Cosenza Sutton M.R. Sheffield U. Suzuki T. Tokyo U. Suzuki Y. KEK, Tsukuba Sviridov Yu M Serpukhov, IHEP Sykora I. Kosice, IEF Sykora T. Charles U. Szymocha T. Cracow, INP Sánchez J. Valencia U., IFIC Ta D. Bonn U., HISKP Tackmann K. CERN Taffard A. UC, Irvine Tafirout R. TRIUMF Taga A. Oslo U. Takahashi Y. Nagoya U. Takai H. Brookhaven Takashima R. Kyoto U. of Education Takeda H. Kobe U. Takeshita T. Shinshu U., Ueda Talby M. Marseille, CPPM Talyshev A. Novosibirsk, IYF Tamsett M.C. Royal Holloway, U. of London Tanaka J. Tokyo U. Tanaka R. Orsay, LAL Tanaka S. Ritsumeikan U. Tanaka S. KEK, Tsukuba Tappern G.P. CERN Tapprogge S. Mainz U., Inst. Phys. Tardif D. Toronto U. Tarem S. Technion Tarrade F. Brookhaven Tartarelli G.F. INFN, Milan Tas P. Charles U. Tasevsky M. Prague, Inst. Phys. Tassi E. INFM, Cosenza INFN, Cosenza Taylor C. University Coll. London Taylor F.E. MIT Taylor G.N. Melbourne U. Taylor R.P. Victoria U. Taylor W. York U., Canada Teixeira-Dias P. Royal Holloway, U. of London Ten Kate H CERN Teng P.K. Taiwan, Inst. Phys. Terada S. KEK, Tsukuba Terashi K. Tokyo U. Terron J. Madrid, Autonoma U. Terwort M. Hamburg U. DESY, Zeuthen Testa M. Frascati Teuscher R.J. IPP, Canada Toronto U. Tevlin C.M. Manchester U. Thadome J. Wuppertal U. Thananuwong R. Geneva U. Thioye M. Yale U. Thoma S. Freiburg U. Thomas J.P. Birmingham U. Thomas T.L. New Mexico U. Thompson E.N. Massachusetts U., Amherst Thompson P.D. Birmingham U. Thompson P.D. Toronto U. Thompson R.J. Manchester U. Thompson A.S. Glasgow U. Thomson E. Pennsylvania U. Thun R.P. Michigan U., MCTP Tic T. Prague, Inst. Phys. Tikhomirov V.O. Lebedev Inst. Tikhonov Y.A. Novosibirsk, IYF Timmermans C.J.W.P. Nijmegen U. Tipton P. Yale U. Tique-Aires-Viegas F.J. CERN Tisserant S. Marseille, CPPM Tobias J. Freiburg U. Toczek B. AGH-UST, Cracow Todorov T. Annecy, LAPP Todorova-Nova S. Tufts U. Toggerson B. UC, Irvine Tojo J. KEK, Tsukuba Tokár S. Kosice, IEF Tokushuku K. KEK, Tsukuba Tollefson K. Michigan State U. Tomasek L. Prague, Inst. Phys. Tomasek M. Prague, Inst. Phys. Tomasz F. Kosice, IEF Tomoto M. Nagoya U. Tompkins D. Arizona U. Tompkins L. LBL, Berkeley Toms K. New Mexico U. Tong G. Shandong U. Tonoyan A. Bergen U. Topfel C. Bern U., LHEP Topilin N.D. Dubna, JINR Torrence E. Oregon U. Torró Pastor E Valencia U., IFIC Toth J. Budapest, RMKI Marseille, CPPM Touchard F. Marseille, CPPM Tovey D.R. Sheffield U. Tovey S.N. Melbourne U. Trefzger T. Wurzburg U. Tremblet L. CERN Tricoli A. CERN Trigger I.M. TRIUMF Trincaz-Duvoid S. Paris U., VI-VII Trinh T.N. Paris U., VI-VII Tripiana M.F. La Plata U. Triplett N. Iowa State U. Trivedi A. South Carolina U. Brookhaven Trocmé B. LPSC, Grenoble Troncon C. INFN, Milan Trzupek A. Cracow, INP Tsarouchas C. Natl. Tech. U., Athens Tseng J.C-L. Oxford U. Tsiafis I. Thessaloniki U. Tsiakiris M. NIKHEF, Amsterdam Tsiareshka P.V. Minsk, Inst. Phys. Tsionou D. Sheffield U. Tsipolitis G. Natl. Tech. U., Athens Tsiskaridze V. Tbilisi State U. Tskhadadze E.G. Tbilisi State U. Tsukerman I.I. Moscow, ITEP Tsulaia V. Pittsburgh U. Tsung J-W Bonn U., HISKP Tsuno S. KEK, Tsukuba Tsybychev D. SUNY, Stony Brook Turala M. Cracow, INP Turecek D. Prague, Tech. U. Turk Cakir I Ankara U. Turlay E. Orsay, LAL Tuts P.M. Nevis Labs, Columbia U. Twomey M.S. Washington U., Seattle Tylmad M. Stockholm U. Tyndel M. Rutherford Tzanakos G. Athens U. Uchida K. Osaka U. Ueda I. Tokyo U. Uhlenbrock M. Bonn U., HISKP Uhrmacher M. Gottingen U., II. Phys. Inst. Ukegawa F. Tsukuba U. Unal G. CERN Underwood D.G. Argonne Undrus A. Brookhaven Unel G. UC, Irvine Unno Y. KEK, Tsukuba Urbaniec D. Nevis Labs, Columbia U. Urkovsky E. Tel Aviv U. Urquijo P. Geneva U. Urrejola P. Chile U., Catolica Usai G. Texas U. Uslenghi M. Pavia U. INFN, Pavia Vacavant L. Marseille, CPPM Vacek V. Prague, Tech. U. Vachon B. McGill U. Vahsen S. LBL, Berkeley Valenta J. Prague, Inst. Phys. Valente P. INFN, Rome Valentinetti S. Bologna U. INFN, Bologna Valkar S. Charles U. Valladolid Gallego E Valencia U., IFIC Vallecorsa S. Technion Valls Ferrer J A Valencia U., IFIC Van Berg R Pennsylvania U. van der Graaf H NIKHEF, Amsterdam van der Kraaij E NIKHEF, Amsterdam van der Poel E NIKHEF, Amsterdam Van Der Ster D CERN van Eldik N Massachusetts U., Amherst van Gemmeren P Argonne, CNM van Kesteren Z NIKHEF, Amsterdam van Vulpen I NIKHEF, Amsterdam Vandelli W. CERN Vandoni G. CERN Vaniachine A. Argonne, CNM Vankov P. Liverpool U. Vannucci F. Paris U., VI-VII Varela Rodriguez F CERN Vari R. INFN, Rome Varnes E.W. Arizona U. Varouchas D. LBL, Berkeley Vartapetian A. Texas U. Varvell K.E. Sydney U. Vasilyeva L. Lebedev Inst. Vassilakopoulos V.I. Hampton U. Vazeille F. Clermont-Ferrand U. Vegni G. Milan U. INFN, Milan Veillet J.J. Orsay, LAL Vellidis C. Athens U. Veloso F. LIP, Lisbon Veness R. CERN Veneziano S. INFN, Rome Ventura A. Salento U., DII INFN, Lecce Ventura D. Washington U., Seattle Venturi M. Freiburg U. Venturi N. Bern U., LHEP Vercesi V. INFN, Pavia Verducci M. Wurzburg U. Verkerke W. NIKHEF, Amsterdam Vermeulen J.C. NIKHEF, Amsterdam Vetterli M.C. TRIUMF Simon Fraser U. Vichou I. Illinois U., Urbana Vickey T. Wisconsin U., Madison Viehhauser G.H.A. Oxford U. Villa M. Bologna U. INFN, Bologna Villani E.G. Rutherford Villaplana Perez M Valencia U., IFIC Villate J. LIP, Lisbon Vilucchi E. Frascati Vincter M.G. Carleton U. Vinek E. CERN Vinogradov V.B. Dubna, JINR Viret S. Clermont-Ferrand U. Virzi J. LBL, Berkeley Vitale A. Bologna U. INFN, Bologna Vitells O.V. Weizmann Inst. Vivarelli I. Freiburg U. Vives Vaques F Barcelona, IFAE Vlachos S. Natl. Tech. U., Athens Vlasak M. Prague, Tech. U. Vlasov N. Bonn U., HISKP Vogt H. DESY, Zeuthen Vokac P. Prague, Tech. U. Volpi M. Barcelona, IFAE Volpini G. Milan U. INFN, Milan von der Schmitt H Munich, Max Planck Inst. von Loeben J Munich, Max Planck Inst. von Radziewski H Freiburg U. von Toerne E Bonn U., HISKP Vorobel V. Charles U. Vorobiev A.P. Serpukhov, IHEP Vorwerk V. Barcelona, IFAE Vos M. Valencia U., IFIC Voss R. CERN Voss T.T. Wuppertal U. Vossebeld J.H. Liverpool U. Vranjes N. Belgrade U. Vranjes Milosavljevic M Belgrade U. Vrba V. Prague, Inst. Phys. Vreeswijk M. NIKHEF, Amsterdam Vu Anh T Mainz U., Inst. Phys. Vudragovic D. Belgrade U. Vuillermet R. CERN Vukotic I. Orsay, LAL Wagner P. Pennsylvania U. Wahlen H. Wuppertal U. Walbersloh J. Dortmund U. Walder J. Lancaster U. Walker R. Munich U., Neutron Group Walkowiak W. Siegen U. Wall R. Yale U. Wang C. Duke U. Wang H. Wisconsin U., Madison Wang J. LPSC, Grenoble Wang J.C. Washington U., Seattle Wang S.M. Taiwan, Inst. Phys. Ward C.P. Cambridge U. Warsinsky M. Freiburg U. Wastie R. Oxford U. Watkins P.M. Birmingham U. Watson A.T. Birmingham U. Watson M.F. Birmingham U. Watts G. Washington U., Seattle Watts S. Manchester U. Waugh A.T. Sydney U. Waugh B.M. University Coll. London Webel M. Freiburg U. Weber J. Dortmund U. Weber M.D. Bern U., LHEP Weber M. Rutherford Weber M.S. Bern U., LHEP Weber P. Heidelberg U. Weidberg A.R. Oxford U. Weingarten J. Gottingen U., II. Phys. Inst. Weiser C. Freiburg U. Wellenstein H. Brandeis U. Wells P.S. CERN Wen M. Frascati Wenaus T. Brookhaven Wendler S. Pittsburgh U. Wengler T. Manchester U. Wenig S. CERN Wermes N. Bonn U., HISKP Werner M. Freiburg U. Werner P. CERN Werth M. UC, Irvine Werthenbach U. Siegen U. Wessels M. Heidelberg U. Whalen K. Carleton U. Wheeler-Ellis S.J. UC, Irvine Whitaker S.P. Boston U. White A. Texas U. White M.J. Cambridge U. White S. Brookhaven Whiteson D. UC, Irvine Whittington D. Indiana U. Wicek F. Orsay, LAL Wicke D. Mainz U., Inst. Phys. Wickens F.J. Rutherford Wiedenmann W. Wisconsin U., Madison Wielers M. Rutherford Wienemann P. Bonn U., HISKP Wiglesworth C. Liverpool U. Wiik L.A.M. Freiburg U. Wildauer A. Valencia U., IFIC Wildt M.A. Hamburg U. DESY, Zeuthen Wilhelm I. Charles U. Wilkens H.G. CERN Williams E. Nevis Labs, Columbia U. Williams H.H. Pennsylvania U. Willis W. Nevis Labs, Columbia U. Willocq S. Massachusetts U., Amherst Wilson J.A. Birmingham U. Wilson M.G. SLAC Wilson A. Michigan U., MCTP Wingerter-Seez I. Annecy, LAPP Winklmeier F. CERN Wittgen M. SLAC Wolter M.W. Cracow, INP Wolters H. LIP, Lisbon Wosiek B.K. Cracow, INP Wotschack J. CERN Woudstra M.J. Massachusetts U., Amherst Wraight K. Glasgow U. Wright C. Glasgow U. Wright D. SLAC Wrona B. Liverpool U. Wu S.L. Wisconsin U., Madison Wu X. Geneva U. Wulf E. Nevis Labs, Columbia U. Xella S. Bohr Inst. Xie S. Freiburg U. Xie Y. Shandong U. Xu D. Sheffield U. Xu N. Wisconsin U., Madison Yamada M. Tsukuba U. Yamamoto A. KEK, Tsukuba Yamamoto S. Tokyo U. Yamamura T. Tokyo U. Yamanaka K. Iowa State U. Yamaoka J. Duke U. Yamazaki T. Tokyo U. Yamazaki Y. Kobe U. Yan Z. Boston U. Yang H. Michigan U., MCTP Yang U.K. Manchester U. Yang Y. Shandong U. Yang Z. Stockholm U. Yao W-M LBL, Berkeley Yao Y. LBL, Berkeley Yasu Y. KEK, Tsukuba Ye J. Southern Methodist U. Ye S. Brookhaven Yilmaz M. Ankara U. Yoosoofmiya R. Pittsburgh U. Yorita K. Waseda U. Yoshida R. Argonne, CNM Young C. SLAC Youssef S.P. Boston U. Yu D. Brookhaven Yu J. Texas U. Yu M. Heidelberg U. Yu X. Shandong U. Yuan J. Munich, Max Planck Inst. Yuan L. Paris U., VI-VII Yurkewicz A. SUNY, Stony Brook Zaidan R. Iowa U. Zaitsev A.M. Serpukhov, IHEP Zajacova Z. CERN Zambrano V. Frascati Zanello L. Rome U. INFN, Rome Zarzhitsky P. Southern Methodist U. Zaytsev A. Novosibirsk, IYF Zeitnitz C. Wuppertal U. Zeller M. Yale U. Zema P.F. CERN Zemla A. Cracow, INP Zendler C. Bonn U., HISKP Zenin O. Serpukhov, IHEP Zenis T. Kosice, IEF Zenonos Z. Pisa U. INFN, Pisa Zenz S. LBL, Berkeley Zerwas D. Orsay, LAL Zevi della Porta G Harvard U. Zhan Z. Shandong U. Zhang H. Marseille, CPPM Zhang J. Argonne, CNM Zhang Q. Argonne, CNM Zhang X. Shandong U. Zhao L. New York U. Zhao T. Washington U., Seattle Zhao Z. Shandong U. Zhemchugov A. Dubna, JINR Zheng S. Shandong U. Zhong J. Nanjing U. Taiwan, Inst. Phys. Zhou B. Michigan U., MCTP Zhou N. Nevis Labs, Columbia U. Zhou Y. Taiwan, Inst. Phys. Zhu C.G. Shandong U. Zhu H. DESY, Zeuthen Zhu Y. Wisconsin U., Madison Zhuang X. Munich U., Neutron Group Zhuravlov V. Munich, Max Planck Inst. Zilka B. Kosice, IEF Zimmermann R. Bonn U., HISKP Zimmermann S. Bonn U., HISKP Zimmermann S. Freiburg U. Ziolkowski M. Siegen U. Zitoun R. Annecy, LAPP Zivkovic L. Nevis Labs, Columbia U. Zmouchko V.V. Serpukhov, IHEP Zobernig G. Wisconsin U., Madison Zoccoli A. Bologna U. INFN, Bologna zur Nedden M Humboldt U., Berlin Zutshi V. Argonne, CNM Aad G. Marseille, CPPM 2010 70 723 753 The ATLAS liquid argon calorimeter has been operating continuously since August 2006. At this time, only part of the calorimeter was readout, but since the beginning of 2008, all calorimeter cells have been connected to the ATLAS readout system in preparation for LHC collisions. This paper gives an overview of the liquid argon calorimeter performance measured in situ with random triggers, calibration data, cosmic muons, and LHC beam splash events. Results on the detector operation, timing performance, electronics noise, and gain stability are presented. High energy deposits from radiative cosmic muons and beam splash events allow to check the intrinsic constant term of the energy resolution. The uniformity of the electromagnetic barrel calorimeter response along eta (averaged over phi) is measured at the percent level using minimum ionizing cosmic muons. Finally, studies of electromagnetic showers from radiative muons have been used to cross-check the Monte Carlo simulation. The performance results obtained using the ATLAS readout, data acquisition, and reconstruction software indicate that the liquid argon calorimeter is well-prepared for collisions at the dawn of the LHC era. research-article