 Note, by MANUEL Bautista Mato on 30 Apr 2021, 12:37
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EXPLOUNIVERSE DARK MATTER
EXPLOUNIVERSE DARK MATTER
Interaction of dark matter particles through the structure of temporal space in a singularity of the black
hole of the
primordial type
Detection and interaction of dark matter in the gravitational well of a singular temporal space of a black
hole of the primordial type in the Marx Plack Planck length scale
Observed and developed by Manuel Bautista Mato, Senior Computer Technician using the method of
EXPLOUNIVERSO wave and energy transformations
The particles that carry dark matter would be part of the temporal and interactional spatial structure.
with a gravitational field large enough to free itself from its initial state, either as part of the fabric
of the structure of temporal space or quantum fluctuations;
One of the phenomena in which dark matter particles are attracted to a gravitational field would be
be the gravitational field of a singularity of temporal space, then the particle of dark matter
attracted by the enormous gravity of the singularity of the black hole, it would release the
fundamental particle, some dark matter particles would be attracted and released through the jet exit of
radiation, one of the phenomena that could release dark matter could be hawking radiation, while other
particles of dark matter would decay into the singularity itself.
It does not interact with the electromagnetic field, therefore, they have no charge, but they interact
with gravity And it would be of a very small mass, one of its properties that are attracted is that
they would form large clusters forming a gravitational attraction in ordinary matter, stars and galaxies
EXPLOUNIVERSE DARK MATTER
Interaction of dark matter particles through the structure of temporal space in a singularity of the black
hole of the
primordial type
Detection and interaction of dark matter in the gravitational well of a singular temporal space of a black
hole of the primordial type in the Marx Plack Planck length scale
Observed and developed by Manuel Bautista Mato, Senior Computer Technician using the method ofEXPLOUNIVERSO wave and energy transformations
The particles that carry dark matter would be part of the temporal and interactional spatial structure.
with a gravitational field large enough to free itself from its initial state, either as part of the structure
of the structure of temporal space or quantum fluctuations;
One of the phenomena in which dark matter particles are attracted to a gravitational field would be
be the gravitational field of a singularity of temporal space, then the particle of dark matter
attracted by the enormous gravity of the singularity of the black hole, it would release the
fundamental particle, some dark matter particles would be attracted and released through the jet exit of
radiation, one of the phenomena that could release dark matter could be hawk radiation, while other
dark matter particles would decompose into the singularity itself.
It does not interact with the electromagnetic field, therefore, they have no charge, but they interact
with gravity And it would be of a very small mass, one of its attracting properties is that
they would form large clusters forming a gravitational attraction in ordinary matter, stars and galaxies
One of the consequences of why they are difficult to detect is that they are attracted to the property of
being part of the temporal space structure, therefore the only interaction with ordinary matter would
be detected through the jets of black holes or through the hawking radiation, or using the
EXPLOUNIVERSO method? through wave and energy transformations at the Planck scale, when the
intensity of the gravitational force is reduced, the neutral-neutral, dark-baptized matter particle returns
to its initial state of energy coupling , forming a new temporal space structure; Therefore it would form
a large field of dark matter that would be distributed in an isotropic and homogeneous way throughout
the universe.
Unit system Planck units
Unit of length
Symbol lP
Conversions
1 lP in ... ... is equal to ...
SI units 1.616255 (18) × 10−35 m
natural units 11,706 lS
3.0542 × 10−25 a0imperial / US units 6.3631 × 10−34 in
https://www.youtube.com/watch?v=fZGdiSkmES4
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EXPLOUNIVERSO DARK MATTER
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EXPLOUNIVERSE DARK MATTER
EXPLOUNIVERSE DARK MATTER
Interaction of dark matter particles through the structure of temporal space in a singularity of the black
hole of the
primordial type
Detection and interaction of dark matter in the gravitational well of a singular temporal space of a black
hole of the primordial type in the Marx Plack Planck length scale
Observed and developed by Manuel Bautista Mato, Senior Computer Technician using the method of
EXPLOUNIVERSO wave and energy transformations
The particles that carry dark matter would be part of the temporal and interactional spatial structure.
with a gravitational field large enough to free itself from its initial state, either as part of the fabric
of the structure of temporal space or quantum fluctuations;
One of the phenomena in which dark matter particles are attracted to a gravitational field would be
be the gravitational field of a singularity of temporal space, then the particle of dark matter
attracted by the enormous gravity of the singularity of the black hole, it would release the
fundamental particle, some dark matter particles would be attracted and released through the jet exit of
radiation, one of the phenomena that could release dark matter could be hawking radiation, while other
particles of dark matter would decay into the singularity itself.
It does not interact with the electromagnetic field, therefore, they have no charge, but they interact
with gravity And it would be of a very small mass, one of its properties that are attracted is that
they would form large clusters forming a gravitational attraction in ordinary matter, stars and galaxies
EXPLOUNIVERSE DARK MATTER
Interaction of dark matter particles through the structure of temporal space in a singularity of the black
hole of the
primordial type
Detection and interaction of dark matter in the gravitational well of a singular temporal space of a black
hole of the primordial type in the Marx Plack Planck length scale
Observed and developed by Manuel Bautista Mato, Senior Computer Technician using the method ofEXPLOUNIVERSO wave and energy transformations
The particles that carry dark matter would be part of the temporal and interactional spatial structure.
with a gravitational field large enough to free itself from its initial state, either as part of the structure
of the structure of temporal space or quantum fluctuations;
One of the phenomena in which dark matter particles are attracted to a gravitational field would be
be the gravitational field of a singularity of temporal space, then the particle of dark matter
attracted by the enormous gravity of the singularity of the black hole, it would release the
fundamental particle, some dark matter particles would be attracted and released through the jet exit of
radiation, one of the phenomena that could release dark matter could be hawk radiation, while other
dark matter particles would decompose into the singularity itself.
It does not interact with the electromagnetic field, therefore, they have no charge, but they interact
with gravity And it would be of a very small mass, one of its attracting properties is that
they would form large clusters forming a gravitational attraction in ordinary matter, stars and galaxies
One of the consequences of why they are difficult to detect is that they are attracted to the property of
being part of the temporal space structure, therefore the only interaction with ordinary matter would
be detected through the jets of black holes or through the hawking radiation, or using the
EXPLOUNIVERSO method? through wave and energy transformations at the Planck scale, when the
intensity of the gravitational force is reduced, the neutral-neutral, dark-baptized matter particle returns
to its initial state of energy coupling , forming a new temporal space structure; Therefore it would form
a large field of dark matter that would be distributed in an isotropic and homogeneous way throughout
the universe.
Unit system Planck units
Unit of length
Symbol lP
Conversions
1 lP in ... ... is equal to ...
SI units 1.616255 (18) × 10−35 m
natural units 11,706 lS
3.0542 × 10−25 a0imperial / US units 6.3631 × 10−34 in
https://www.youtube.com/watch?v=fZGdiSkmES4