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Neutrino theory on matter asymmetry

Overview

Researchers from the University of Southampton and the Indian Institute of Technology Kanpur have proposed a theory suggesting a heavy neutrino may explain why the universe is composed of matter rather than being annihilated by antimatter.

The study, published in Physical Review Letters, posits that a decoupled heavy right-handed neutrino, with a mass approximately 100 trillion times that of a proton, may have briefly dominated the energy density of the early universe. This particle may have decayed slowly enough to accelerate cosmic expansion and delay critical particle interactions, providing the necessary asymmetry to favor matter over antimatter following the Big Bang.

Entities

Indian Institute of Technology Kanpur · Sudipta Show · Physical Review Letters · Rishav Roshan · University of Southampton

Timeline

  1. [TECHNOLOGY] 3 sources
    Hypothetical heavy neutrino may explain matter asymmetry

    Physicists suggest a heavy, hypothetical right-handed neutrino may have dominated the early universe, allowing matter to outnumber antimatter and enabling the existence of the cosmos.

  2. [TECHNOLOGY] 2 sources
    Researchers propose heavy neutrino role in matter dominance

    Scientists suggest a long-lived heavy neutrino may have tipped the cosmic balance in favor of matter over antimatter.

Sources

burundi-forum.org · finance.technews.tw · kchamber.com · sciencedaily.com · scientificinquirer.com