The universe has a "mirror double": existed before the Big Bang and the time there moves back there

According to the Head of the Department of Theoretical Physics named after Higgs at the University of Edinburgh, Nile Turok, there can actually exist a "mirror" universe that existed even before the Big Bang and is a reflection of our own. The scientist believes that he moves back in time. In focus. Technology has appeared its Telegram channel.

Subscribe not to miss the latest and most intrusive news from the world of science! Turk believes that such an explanation would balance some asymmetry that we observe in the universe, and would answer the question of dark matter and displace some "clumsy leading theories in cosmology", such as cosmic inflation or strings theory.

It is assumed that many features of the universe that may seem to be contrary to the most basic laws of physics could be explained by depicting the Big Bang as a Mirror. Turk notes that the progress that humanity has already achieved, prompts it to think about the existence of an alternative to a standard concept that limits us.

The physical laws of the universe should demonstrate the charge, parity and rotation of time - in the aggregate known as CPT - symmetry, which essentially means that every physical interaction can be reflected. In simple words, each particle should have an antiparticle with the opposite charge, each space has its own inversion, and time can be inverse. Unfortunately, we do not really see this: time is moving only forward, and the particles are actually larger than antimatter particles.

This indicates that the universe is not symmetrical. However, according to Turok, his "mirror hypothesis" restores the symmetry of the universe. In fact, this can be compared to how we look at our reflection: the combination of us and our mirror reflection is more symmetrical than we ourselves.

As a result, the Turks extrapolated our universe back in time due to the Big Bang, finding it "mirror reflection" - the universe to the explosion, where time is about us back, and antiparticles are more than particles. The physicist believes that "mirror theory" can also solve the mystery of dark matter - an invisible substance, which, according to scientists, is 85% of all matter in the universe.

According to a new hypothesis, weak subatomic particles, called neutrino, would be an ideal candidate for its explanation. It should be noted that physicists observed only left -sided neutrinos, and Turk believes that the unprecedented previously right -sided ones may probably exist in the mirror universe. It is expected that a new hypothesis could also explain why the universe seems so homogeneous and flat.