A Possible Universal Model without Singularity and its Explanation for Evolution of the Universe
Shi-Hao Chen

TL;DR
This paper proposes a universal cosmological model with symmetric s- and v-particles, avoiding singularities, explaining universe evolution, and predicting new phenomena like huge cavities and modified gravitational effects.
Contribution
It introduces a symmetric universe model with s- and v-particles, explaining cosmic evolution without singularities and providing new predictions for large-scale structures and black hole behavior.
Findings
No spacetime singularity exists in the model.
The universe has a highest temperature and a symmetric creation-annihilation process.
Predictions include huge cavities acting as lenses and modified galaxy gravitation.
Abstract
New hypotheses are proposed that there are s-particles and v-particles which are symmetric and mutually repulsive, there are S-space and V-space whose essential difference is only that their expectation values of the Higgs fields are different. In S-space the S-SU(5) symmetry is broken into S-SU(3)XU(1), and V-SU(5) symmetry still holds. As a consequence, s-particles get their masses determined by the SU(5) GUT and form the S-world, and v-particles are all massless and form SU(5) colour-single states which are identified with dark energy. The following results are obtained. There is no spacetime singularty, and there is the highest temperature in the universe. The creating process of one world is just the annihilating process of the other world in the highest temperature. A formula which well describes the luminous distance and redshift is obtained. The results of the Guth's…
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Taxonomy
TopicsCosmology and Gravitation Theories · Relativity and Gravitational Theory · Computational Physics and Python Applications
