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- Title
An atomic model of the Big Bang.
- Authors
Lasukov, V.
- Abstract
An atomic model of the Big Bang has been developed on the basis of quantum geometrodynamics with a nonzero Hamiltonian and on the concept of gravitation developed by Logunov asymptotically combined with the Gliner's idea of a material interpretation of the cosmological constant. The Lemaître primordial atom in superpace-time, whose spatial coordinate is the so-called scaling factor of the Logunov metric of the effective Riemann space, acts as the Big Bang model. The primordial atom in superspace-time corresponds to spatialtime structures(spheres, lines, and surfaces of a level) of the Minkowski spacetime real within the Logunov gravitation theory, the foregoing structures being filled with a scalar field with a negative density of potential energy.
- Subjects
NUCLEAR particle research; FIELD theory (Physics); ATOMIC models; BIG bang theory; GEOMETRODYNAMICS; HAMILTONIAN systems; HUBBLE'S law; RIEMANN surfaces
- Publication
Russian Physics Journal, 2013, Vol 55, Issue 10, p1157
- ISSN
1064-8887
- Publication type
Article
- DOI
10.1007/s11182-013-9938-2