baryogenesis
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Baryogenesis — Unsolved problems in physics Why does the observable universe have more matter than antimatter? … Wikipedia
Big Bang — This article is about the cosmological model. For the sitcom, see The Big Bang Theory. For other uses, see Big Bang (disambiguation) … Wikipedia
Timeline of the Big Bang — Physical cosmology Universe · Big Bang … Wikipedia
Antimatter — For other uses, see Antimatter (disambiguation). Antimatter … Wikipedia
Physical cosmology — This article is about the physics subject. For other uses, see Cosmology. Physical cosmology … Wikipedia
Leptogenesis (physics) — In the strict sense, leptogenesis is a process which creates leptons. Theories of leptogenesis try to explain how the Universe changed from a state with no leptons just after the Big Bang to a state containing many leptons (mostly electrons)… … Wikipedia
Q-ball — For the ball used in billiards, see cue ball. Q ball is also the name of the Q sensor module in the Apollo spacecraft launch escape system. In theoretical physics, Q ball refers to a type ofnon topological soliton.A soliton is a localized field… … Wikipedia
Bariogénesis — Saltar a navegación, búsqueda En cosmología física, la bariogénesis es el término genérico utilizado para referirse a los hipotéticos procesos físicos que produjeron una asimetría entre bariones y anti bariones durante los primeros instantes de… … Wikipedia Español
Baryon — Baryons are the family of subatomic particles with a baryon number of 1. The term baryon is usually used to refer to triquarks baryons made of three quarks. Exotic baryons made of four quarks and one antiquark are known as the pentaquarks, but… … Wikipedia
Chiral anomaly — A chiral anomaly is the anomalous nonconservation of a chiral current. In some theories of fermions with chiral symmetry, the quantization may lead to the breaking of this (global) chiral symmetry. In that case, the charge associated with the… … Wikipedia
