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New physics at low energies and dark matter-dark energy transmutation
E. I. Guendelman
,
A. B. Kaganovich
Department of Physics
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
Overview
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Keyphrases
Low Energy
100%
New Physics
100%
Fermions
100%
Dark Matter
100%
Dark Energy
100%
Low-temperature Physics
80%
Neutrinos
60%
Fermionic
60%
Energy Density
40%
Field Theory
40%
Cold Dark Matter
40%
Late Universe
40%
Uniformly Distributed
20%
Negative Pressure
20%
State Approach
20%
Scalar Field
20%
Non-relativistic
20%
Equation of State
20%
Particle Physics
20%
As(III)
20%
Mass Increase
20%
Scale Factor
20%
Cosmological Constant
20%
Dark Energy Density
20%
Cosmological Expansion
20%
Total Energy Density
20%
Fermionic Field
20%
FRW Universe
20%
Physics
Physics
100%
Fermion
100%
Dark Matter
100%
Flux Density
66%
Cold Dark Matter
33%
Equations of State
16%
Particle Physics
16%
Cosmological Constant
16%