| 词条 | Hylogenesis |
| 释义 |
The theory involves a fermion X, and its antiparticle {{overline|X}}, both of which may couple into quarks in the visible sector, and into hidden particles in a hidden sector, a sector which is not part of the Standard Model. The hidden states have masses near a GeV and very weak couplings to particles in the Standard Model. X and {{overline|X}} respectively decay into either baryonic matter or hidden baryonic matter, and into either antibaryonic matter or hidden antibaryonic matter, violating CP and quark baryon number.[1] An excess of baryonic matter is created in the visible sector, and an excess of antimatter is created in the hidden sector. The hidden antimatter is explained as being stable dark matter. The X and {{overline|X}} particles have a conserved baryon number charge, so equal and opposite charges appear in the visible and hidden sectors. Therefore, the Universe's total baryon charge stays zero.[1] See also
References1. ^1 2 {{Cite journal |arxiv = 1008.2399|doi = 10.1103/PhysRevLett.105.211304|pmid = 21231286|title = Unified Origin for Baryonic Visible Matter and Antibaryonic Dark Matter|journal = Physical Review Letters|volume = 105|issue = 21|pages = 211304|year = 2010|last1 = Davoudiasl|first1 = Hooman|last2 = Morrissey|first2 = David E.|last3 = Sigurdson|first3 = Kris|last4 = Tulin|first4 = Sean|bibcode = 2010PhRvL.105u1304D}} 4 : Physical cosmology|Particle physics|Physics beyond the Standard Model|Theoretical physics |
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