New study suggests dark matter as distorted parallel universe
New study suggests dark matter as distorted parallel universe
Scientists at the University of Chicago’s Enrico Fermi Institute propose a theory suggesting that dark matter may be a distorted parallel universe that never fully developed. Dark matter, constituting over 80% of the universe's matter, remains mysterious and undetectable. The prevailing belief is that dark matter is non-baryonic, possibly composed of neutralinos or sterile neutrinos.
Scientists at the University of Chicago’s Enrico Fermi Institute propose a theory suggesting that dark matter may be a distorted parallel universe that never fully developed. Dark matter, constituting over 80% of the universe's matter, remains mysterious and undetectable. The prevailing belief is that dark matter is non-baryonic, possibly composed of neutralinos or sterile neutrinos.
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Scientists at the University of Chicago’s Enrico Fermi Institute propose a theory suggesting that dark matter may be a distorted parallel universe that never fully developed. Dark matter, constituting over 80% of the universe's matter, remains mysterious and undetectable. The prevailing belief is that dark matter is non-baryonic, possibly composed of neutralinos or sterile neutrinos. 
