A group of physicists from Helsinki, Tbilisi, and Moscow has presented a new mathematical model explaining why our universe did not vanish and is composed of matter. According to the study, the Big Bang was not just an expansion, but a process of space-time splitting. As a result, our universe and a mirror universe emerged, where time flows backward and particles have opposite properties. This is reported by Ixbt.com reports .
According to the CPT-symmetry law, laws of nature should remain unchanged when charge, space, and time are reversed. However, the observable universe contains much matter and almost no antimatter. Professors Masud Chaichian, Merab Gogberashvili, and Margarita Mnatsakanova proved this balance mathematically by viewing the universe not as a single system, but as part of a symmetric pair.
Scientists believe that in the first moments of the Big Bang, inflaton particles were slightly heavier than their antipodes. This small mass difference led to more matter being created than antimatter. It is this excess matter that forms the basis of the galaxies, stars, and atoms we see today.
This theory is fully consistent with data from the European Space Agency's Planck satellite. Furthermore, the model explains the nature of dark matter: it may consist of particles from the mirror universe. The accelerated expansion of the universe is interpreted as a result of quantum entanglement between the two worlds.
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