949 20150626210015.0 DELETED 879 20150626210022.0 DELETED 805 20150626204750.0 DELETED 799 20150626204751.0 DELETED 776 20150626204754.0 DELETED 772 20150626204755.0 DELETED 703 20150602083038.0 No caption Updated 774 value on run 1433182321 ALBUM 752472 DELETED 690 20121211102331.0 DELETED 581 20121211102329.0 DELETED 455 20121211102326.0 DELETED 394 20121211102325.0 DELETED 301 20121211102324.0 DELETED 256 20121211102322.0 DELETED 236 20121211102322.0 DELETED 230 20121211102322.0 DELETED 220 20121211102322.0 DELETED 131 20121211102320.0 DELETED 128 20121211102320.0 DELETED 126 20121211102320.0 DELETED 104 20121211102319.0 DELETED 64 20121211102318.0 DELETED 51 20121211102318.0 DELETED 29 20121211102317.0 DELETED 1743 20150626205833.0 DELETED 1015 20150626210012.0 DELETED 1007 20150626210012.0 DELETED 964 20150626210015.0 DELETED 953 20150626210015.0 DELETED 952 20150626210015.0 DELETED 943 20150626210016.0 DELETED 928 20150626210017.0 DELETED 924 20150626210019.0 DELETED 922 20150626210019.0 DELETED 907 20150626210020.0 DELETED 888 20150626210021.0 DELETED 883 20150626210022.0 DELETED 880 20150626210022.0 DELETED 609929 SzGeCERN 20160712103421.0 oai:cds.cern.ch:609929 cerncds:CONF cerncds:TALK 2369152CERCER SLACCONF 489727 eng 20030811 Simons Workshop in Mathematics and Physics 2003 Stony Brook, NY, USA 11 Aug - 7 Sep 2003 2003 stonybrook20030811 US 20030907 2003 simonswork@insti.physics.sunysb.edu SIS SLAC2003 Conf. Announcement hidden 08/07/2016 SzGeCERN Mathematical Physics and Mathematics SzGeCERN Workshop Simons Workshop in Mathematics and Physics 2003 http://insti.physics.sunysb.edu/itp/conf/simonswork/ Conference home page 4 n 200312 41 20080825 1422 CER01 20030321 PUBLIC 002369152CER Hidden 839 20150626204748.0 DELETED 824 20150626204749.0 DELETED 790 20150626204752.0 DELETED 786 20150626204752.0 DELETED 783 20150626204753.0 DELETED 715 20150626204807.0 DELETED 700 20150602083037.0 No caption Updated 774 value on run 1433182321 ALBUM 752472 DELETED 669 20121211102331.0 DELETED 665 20121211102331.0 DELETED 661 20121211102331.0 DELETED 657 20121211102330.0 DELETED 655 20121211102330.0 DELETED 647 20121211102330.0 DELETED 640 20121211102330.0 DELETED 639 20121211102330.0 DELETED 635 20121211102330.0 DELETED 634 20031203 0859 IEX01 20030708 000000747IEX DELETED 631 20121211102330.0 DELETED 629 20121211102330.0 DELETED 626 20121211102330.0 DELETED 618 20121211102330.0 DELETED 614 20121211102330.0 DELETED 611 20121211102330.0 DELETED 609 20121211102330.0 DELETED 595 20121211102329.0 DELETED 592 20121211102329.0 DELETED 586 20121211102329.0 DELETED 582 20121211102329.0 DELETED 565 20121211102329.0 DELETED 558 20121211102329.0 DELETED 537 20121211102328.0 DELETED 515 20121211102327.0 DELETED 507 20121211102327.0 DELETED 473 20121211102327.0 DELETED 609382 SzGeCERN 20170828005048.0 oai:cds.cern.ch:609382 cerncds:FULLTEXT 2368594CERCER SLAC 5501717 SPIRES 5501717 Inspire 615264 hep-ph/0303135 eng Das-Prasanta, Kumar Higgs pair production due to a radion resonance in Randall-Sundrum model prospects at the Large Hadron Collider 2003 16 Mar 2003 15 p We consider Higgs pair production at the Large Hadron Collider (LHC) in a Randall-Sundrum scenario containing a radion field. It is shown that the enhanced effective coupling of the radion to gluons, together with contributions from a low-lying radion pole, can provide larger event rates compared to most new physics possibilities considered so far. We present the results for both an intermediate mass Higgs and a heavy Higgs, with a detailed discussion of the background elimination procedure. LANL EDS SzGeCERN Particle Physics - Phenomenology PREPRINT LANL EDS High Energy Physics - Phenomenology Mukhopadhyaya, B Das, Prasanta Kumar Mukhopadhyaya, Biswarup http://documents.cern.ch/cgi-bin/setlink?base=preprint&categ=hep-ph&id=0303135 Access to fulltext document http://cds.cern.ch/record/609382/files/0303135.pdf Access to fulltext document http://cds.cern.ch/record/609382/files/0303135.ps.gz Access to fulltext document pdas@mri.ernet.in n 200312 11 20100417 1147 CER01 20030318 PUBLIC 002368594CER PREPRINT Hidden 454 20121211102326.0 DELETED 419 SzGeCERN Università & INFN, Bari Bari IT-70126 +39 80 544 111 1switchboard +39 80 544 3201 alorusso@vaxba0.infn.it Ms. Annalisa Lorusso via Amendola 173 +39 80 553 4938 ITALY 810333 physba i e+e-, underground, nuclear and theoretical physics, technology associated with high-energy physics Univ. Bari theoretical http://www.ba.infn.it/ Organization URL user@vaxba0.infn.it n 200829 79 20080718 0603 IEX01 20080718 PUBLIC 000000531IEX DIRPARENT 414 20121211102326.0 DELETED 395 20121211102326.0 DELETED 369 20121211102325.0 DELETED 357 20121211102325.0 DELETED 349 20121211102325.0 DELETED 345 20121211102325.0 DELETED 336 20121211102324.0 DELETED 323 20121211102324.0 DELETED 310 20121211102324.0 DELETED 294 20121211102323.0 DELETED 243 20121211102322.0 DELETED 241 20121211102322.0 DELETED 215 20121211102321.0 DELETED 206 20121211102321.0 DELETED 140 20121211102320.0 DELETED 138 20121211102320.0 DELETED 434204 SzGeCERN 20161219115915.0 DOI 10.5170/CERN-1999-009.352 oai:cds.cern.ch:434204 cerncds:FULLTEXT DOI cerncds:CERN:FULLTEXT INIS cerncds:CERN Inspire 513539 CERN-OPEN-2000-081 eng Toledo, J F Readout unit for the LHCb experiment 1999 CERN Geneva CERN 29 Oct 1999 5 p CERN EDS 20000517SLAC SzGeCERN Detectors and Experimental Techniques ARTICLE CERN YELLOWREPCONTRIB CERN LHC LHCb Müller, H Bal, F Jost, B AUTHOR|(CDS)2067146 #BEARD# EP http://documents.cern.ch/cgi-bin/setlink?base=preprint&categ=cern&id=cern-open-2000-081 Fulltext http://documents.cern.ch/cgi-bin/setlink?base=yellowarticle&categ=99-09&id=p352 Published version from CERN http://cds.cern.ch/record/434204/files/open-2000-081.pdf Fulltext http://cds.cern.ch/record/434204/files/open-2000-081.ps.gz Fulltext http://cds.cern.ch/record/434204/files/p352.pdf Published version from CERN Politech. Univ. Valencia CERN n 200020 a2000 13 20100226 2005 CER01 20000412 390139 352-356 snowmass990920 PUBLIC 002183777CER ARTICLE LHCb_Misc ConferencePaper 123 20121211102319.0 DELETED 121 20121211102319.0 DELETED 119 20121211102319.0 DELETED 115 20121211102319.0 DELETED 112 20121211102319.0 DELETED 21 20121211102317.0 DELETED 1020 20150626210011.0 DELETED 999 20150626210013.0 DELETED 974 20150626210014.0 DELETED 971 20150626210014.0 DELETED 944 20150626210016.0 DELETED 942 20150626210016.0 DELETED 938 SzGeCERN 20150626210016.0 Universit&agrave & INFN, Milano Milano IT-20133 +39 2 239 227 9theory +39 2 239 2301 +39 2 239 2300 fiorini@vaxmi.infn.it Prof. Ettore Fiorini Via Celoria, 16 +39 2 70 63 64 19 334687 infn mi i ITALY +39 2 239 2376 Elementary-particle physics with and without accelerators, underground physics, astrophysics, measurements of radioactive contamination, instrumentation and electronics for high-energy physics Univ. Milan theoretical user@vaxmi.infn.it n 200829 79 20080718 0603 IEX01 20080718 PUBLIC 000001076IEX DIRPARENT 931 20150626210017.0 DELETED 914 20150626210020.0 DELETED 909 20150626210020.0 DELETED 898 20150626210021.0 DELETED 892 20150626210021.0 DELETED 890 20150626210021.0 DELETED 610728 SzGeCERN 0493517537 9780493517537 2370106CERCER eng Hasan, M Charge Dynamics In Low Dimensional Prototype Correlated Systems A View With High Energy X-rays Stanford, CA Calif. Univ. Stanford 2002 135 p Not held by the CERN library PhD Stanford Univ. 2002 The electronic structure of Mott systems continues to be an unsolved problem in physics despite more than half- century of intense research efforts. Well-developed momentum-resolved spectroscopies such as photoemission and neutron scattering cannot directly address problems associated with the full Mott gap as angle-resolved photoemission probes the occupied states and neutrons do not couple to the electron's charge directly. Our observation of dispersive particle-hole pair excitations across the charge gap (effective Mott gap) in several low dimensional prototype Mott insulators using high resolution inelastic x-ray scattering suggests that the excitations across the gap are highly anisotropic and momentum dependent. The results indirectly provide some information about the momentum dependence of unoccupied states in these correlated systems. The x-ray scattering results are complementary to the electron scattering results by the possibility of studying the excitations in the high momentum transfer regimes (near the zone boundaries and corners). This is clearly demonstrated in case of studying plasmons near the wave vector regime where Landau damping starts to dominate. X-ray scattering also allows one to probe the symmetry characters of localized electrons and the excitations through the strong polarization dependence of scattering near a core resonance. Given its deeply bulk-sensitive and weak- coupling nature and the ability to probe dispersive behavior of charge fluctuations over several Brillouin zones, inelastic x-ray scattering shows the promise to become an important experimental tool for studying the electronic structure of complex insulators. SIS PROQUEST2003 SzGeCERN Condensed Matter THESIS PROQUEST Physics, Condensed Matter (0611) Shen, Z dir. n 200313 29 20071119 1243 CER01 20030328 PUBLIC 002370106CER DUMMY THESIS 877 20150626210022.0 DELETED 875 20150626210022.0 DELETED 828 20150626204749.0 DELETED 826 20150626204749.0 DELETED 803 20150626204750.0 DELETED 800 20150626204751.0 DELETED 797 20150626204751.0 DELETED 793 20150626204751.0 DELETED 792 20150626204751.0 DELETED 767 20150626204756.0 DELETED 761 20150626204757.0 DELETED 693 20121211102331.0 DELETED 691 20121211102331.0 DELETED 688 20121211102331.0 DELETED 654 20121211102330.0 DELETED 641 20121211102330.0 DELETED 616 20121211102330.0 DELETED 615 20121211102330.0 DELETED 536 20121211102328.0 DELETED 520 20121211102328.0 DELETED 474 20121211102327.0 DELETED 433 20121211102326.0 DELETED 430 20121211102326.0 DELETED 423 20121211102326.0 DELETED 70 20121211102318.0 DELETED 49 20121211102318.0 DELETED 14 20121211102317.0 DELETED 193 20121211102321.0 DELETED 188 20121211102321.0 DELETED 610671 SzGeCERN 0612682013 9780612682016 2370049CERCER eng Zhang, Y Resonant Spectrum Method To Characterize Piezoelectric Films In Composite Resonators sine loco Concordia Univ. 2002 125 p Not held by the CERN library PhD Concordia Univ. 2002 <italic>Resonant Spectrum Method</italic>, a direct method to characterize a piezoelectric film which is deposited on a substrate to form a composite resonator (also known as over-moded resonator), has been developed. Based on the parallel and series resonant frequency spectra of a composite resonator, with the calculation of the spacing of the parallel resonant frequencies and the effective coupling coefficient, the electromechanical coupling factor, the density, and the elastic constant of the piezoelectric film can be evaluated directly. Experimental results on samples consisted of ZnO films on fused quartz substrates with different thicknesses are presented. They show good agreement with numerical simulations. The effects of the electrode thickness, the mechanical loss and the contact/electrode resistance on the accuracy of this method have also been investigated and it is found that the electrode thickness manifestly affects the accuracy of the method. The mechanical loss of the piezoelectric film has no significant impact. The contact/electrode resistance has some effect but this can be corrected. Applications of the method in piezoelectric film characterization and resonator filter design have been described. SIS PROQUEST2003 SzGeCERN Condensed Matter THESIS PROQUEST Physics, Condensed Matter (0611) Cheeke, J D dir. n 200313 29 20071119 1243 CER01 20030328 PUBLIC 002370049CER DUMMY THESIS 130 20121211102320.0 DELETED 103 20121211102319.0 DELETED 85 20121211102319.0 DELETED 76 20121211102319.0 DELETED 270 20121211102322.0 DELETED 610665 SzGeCERN 0493552065 9780493552064 2370043CERCER eng Yaw, R N Transmission Properties Of A High Critical Temperature Superconductor-dielectric Multilayer Photonic Band Gap Structure sine loco Alabama Univ. 2002 102 p Not held by the CERN library PhD Alabama Univ. 2002 In the last decade, substantial effort has been made to analyze the transmission properties of so-called “Photonic Band Gap” structures in one, two, and three dimensions. These structures take advantage of combinations of materials with differing indices of refraction in multilayer periodic (or quasi-periodic) fashion to obtain an optical structure with interesting transmission properties. A wide variety of PBG structures have been described in literature, including dielectric/dielectric, semiconductor/dielectric, and metal/dielectric multilayered combinations. Superconducting materials have been known to exist at very low temperatures since Kamerlingh Onnes made his discovery in 1911. Since about 1987 superconductivity has been demonstrated above liquid nitrogen temperatures (so- called “high temperature” superconductors), making applications of superconductors more practical. Research has demonstrated that superconductivity can be “quenched” with an incident electromagnetic field above some “critical” intensity, and the superconductivity is restored when the radiation intensity is reduced below the critical value. It is also known that superconductors undergo a change in optical properties as the transition is made between the superconducting (S) and normal (N) state. This work uses Time-Dependent Ginzburg-Landau theory to model the change in the dielectric function as YBCO undergoes the S/N transition, then calculates the transmittance properties in the frequency range from 5000nm (near infrared) to 200nm (near ultraviolet) of a one-dimensional multi-layer PBG structure made up of alternating layers of a high-temperature superconductor (HTS), namely YBCO, and a dielectric. The structure obtained by layering these two materials multiple times exhibits transmittance characteristics greatly enhanced over that expected for a single slab of solid YBCO with an equal bulk thickness. The transmission spectrum exhibits bands of high transmittance and almost total reflectance, and depends on whether the YBCO is superconducting or not, therefore suggesting the possibility of a very fast (sub-picosecond) fully optical switch. The frequency dependent critical beam intensity is calculated. Previous research has demonstrated generation of second and third harmonic optical signals in superconductors under appropriate conditions. It is demonstrated here that a high-temperature superconductor/dielectric PBG structure should be useful for generating both harmonics in a very compact (only several microns thick), relatively easily fabricated device. SIS PROQUEST2003 SzGeCERN Condensed Matter THESIS PROQUEST Physics, Condensed Matter (0611); Physics, Optics (0752) Smalley, L L dir. n 200313 29 20071119 1243 CER01 20030328 PUBLIC 002370043CER DUMMY THESIS 213 20121211102321.0 DELETED 212 20121211102321.0 DELETED 207 20121211102321.0 DELETED 202 20121211102321.0 DELETED 368 20121211102325.0 DELETED 358 20121211102325.0 DELETED 346 20121211102325.0 DELETED 344 20121211102325.0 DELETED 334 20031203 0858 IEX01 20030701 000000443IEX DELETED 330 20121211102324.0 DELETED 299 20121211102324.0 DELETED 823 20150626204749.0 DELETED 819 20150626204749.0 DELETED 808 20150626204750.0 DELETED 788 20150626204752.0 DELETED 778 20150626204754.0 DELETED 921 20150626210019.0 DELETED 831 20150626204748.0 DELETED 744 20150626204800.0 DELETED 728 20150626204803.0 DELETED 727 20150626204804.0 DELETED 696 20121211102331.0 DELETED 695 20121211102331.0 DELETED 694 20121211102331.0 DELETED 668 20121211102331.0 DELETED 637 20121211102330.0 DELETED 613 20121211102330.0 DELETED 589 20121211102329.0 DELETED 502 20121211102327.0 DELETED 452 20121211102326.0 DELETED 436 20121211102326.0 DELETED 478258 SzGeCERN 20161219095104.0 DOI 10.5170/CERN-2000-010.105 oai:cds.cern.ch:478258 cerncds:FULLTEXT DOI cerncds:CERN:FULLTEXT INIS cerncds:CERN CERCER 2231861 eng Burns, M The ALICE silicon pixel detector readout system 2000 CERN Geneva CERN 2000 SzGeCERN Detectors and Experimental Techniques ARTICLE CERN YELLOWREPCONTRIB CERN LHC ALICE Antinori, Federico AUTHOR|(CDS)2069642 #BEARD# Bán, J Campbell, M Chochula, P AUTHOR|(CDS)2051346 #BEARD# Formenti, F AUTHOR|(CDS)2068202 #BEARD# Grassi, T Kluge, A AUTHOR|(CDS)2051421 #BEARD# Lisco, P Meddi, F AUTHOR|(CDS)2073630 #BEARD# Morel, M Snoeys, W AUTHOR|(CDS)2071027 #BEARD# Stefanini, G Wyllie, Ken H ALICE Collaboration EP http://documents.cern.ch/cgi-bin/setlink?base=yellowarticle&categ=2000-010&id=p105 Published version from CERN http://cds.cern.ch/record/478258/files/p105.pdf Published version from CERN http://cds.cern.ch/record/478258/files/p105.ps.gz Published version from CERN CERN Univ. Studi Padova Inst. Exp. Phys. Kosice Comenius Univ. Bratislava Univ. Maryland Univ. Studi Bari Univ. La Sapienza Roma h 200052 a2000 13 20080319 1417 CER01 20001124 439740 105 krakow20000911 PUBLIC 002231861CER ARTICLE ConferencePaper 384 20121211102325.0 DELETED 383 20061108 0700 IEX01 20061108 000000494IEX UNKNOWN DELETED 373 20121211102325.0 DELETED 431352 SzGeCERN 20161219115911.0 DOI 10.5170/CERN-1999-009.93 oai:cds.cern.ch:431352 cerncds:FULLTEXT DOI cerncds:CERN:FULLTEXT INIS cerncds:CERN eng Wyllie, Ken H A pixel readout chip for tracking at ALICE and particle identification at LHCb 1999 CERN Geneva CERN 1999 SzGeCERN Detectors and Experimental Techniques ARTICLE CERN YELLOWREPCONTRIB CERN LHC ALICE CERN LHC LHCb Burns, M Campbell, M Cantatore, E Cencelli, V Dinapoli, R Formenti, F AUTHOR|(CDS)2068202 #BEARD# Grassi, T Heijne, Erik H M Jarron, Pierre Kloukinas, Kostas C Lamanna, P Morel, M O'Shea, V AUTHOR|(CDS)2073502 #BEARD# Quiquempoix, V San Segundo-Bello, D Snoeys, W AUTHOR|(CDS)2071027 #BEARD# EP http://documents.cern.ch/cgi-bin/setlink?base=yellowarticle&categ=99-09&id=p93 Published version from CERN http://cds.cern.ch/record/431352/files/p93.pdf Published version from CERN CERN h 200019 a2000 13 20100305 2001 CER01 20000321 390139 93-97 snowmass990920 PUBLIC 002180771CER ARTICLE LHCb_Misc ConferencePaper 309 20121211102324.0 DELETED 282 20121211102323.0 DELETED 280 20121211102323.0 DELETED 264 20121211102322.0 DELETED 259 20121211102322.0 DELETED 247 20121211102322.0 DELETED 217 20121211102321.0 DELETED 197 20121211102321.0 DELETED 175 20121211102321.0 DELETED 152 20121211102320.0 DELETED 125 20121211102320.0 DELETED 507837 SzGeCERN 20221102233417.0 oai:cds.cern.ch:507837 cerncds:TALK cerncds:CERN eng ita CERN-VIDEO-M-47-A CERN-VIDEO-M-47-B CERN. Geneva. Audiovisual Unit Quarks and Gluons inside the Protons 1991 Geneva CERN 1 May 1991 2 VHS video Master VHS not held by the CERN library SIS AUDIO2001 Moved from PREPRINT to TALK SzGeCERN XX CERN TALK XX XX EP n 200204 20100608 1158 CER01 20010706 533652 cern900101b PUBLIC 002263300CER Indico SSW 113 20121211102319.0 DELETED 106 20121211102319.0 DELETED 84 20121211102319.0 DELETED 50 20121211102318.0 DELETED 6 20121211102317.0 DELETED