What are the Fundamental Matter Particles?

Physics – General Physics

Scientific paper

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6 pages

Scientific paper

Through mathematical abstraction, the simplest solar system or atom can be viewed as the Kepler problem. In this article, the notion of abstract fundamental matter particles is introduced, defined as the generalized versions of the quantum Kepler problem. These abstract particles fall into distinct universes according to their symmetry groups. For such a universe, assume that its charged particle count is 32, then it must be conformally symmetric 11-dimensional Lorentzian when it is extremely hot; furthermore, it matches our real world universe in quite a few fronts, from the charged particle content to the existence of dark matters. Predictions contrary to some currently held views do exist: 1) our universe at the moment is not de Sitter; 2) the weak force symmetry is broken because the universe now is still too hot; 3) there are infinitely many generations of quarks and leptons; 4) there exists a 5th fundamental force which distinguishes matter from antimatter. There have been long standing mysteries in each of the subjects that these predictions belong to, but when examining them from this angle, they can all be explained naturally.

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