Scientist Discovered First Ever Parallel Universe!

Prof. Hawking’s ultimate concept on the creation of the universe, over which he collaborated with KU Leuven’s Professor Thomas Hertog, was reported in the Journal of High Energy Physics in 2018. The concept, prepared for release before Hawking’s passing in 2018, is based on string theory and forecasts that the world is limited and significantly more superficial than many existing prominent bang hypotheses imply.

The idea solves a cosmological puzzle that the late physicist created himself. It also paves the possibility for scientists to find proof of alternate universes’ formation. Professor Hertog, whose studies has been funded by the European Research Council, initially unveiled the new idea at a meeting honoring Professor Hawking’s 75th birthday at the University of Cambridge in July 2017.

What do modern theories assume?
According to current big bang models, our immediate universe came into being with a quick flash of inflation. In other terms, a fragment of a minute after the big bang, the universe expanded at an increased speed. Yet, it is universally believed that once inflation begins, there are some locations where it never ends. It is theorized that quantum phenomena can keep inflation ongoing in some parts of the universe indefinitely, making inflation immortal universally. Our world would subsequently be reduced to a habitable universe, a place where inflation has stopped, and stars and planets have developed.

The multiverse is an inevitable and likely inevitable outcome of a quantum world ruled mainly through ambiguity and randomness. However, the presence of a multiverse questions our understanding of science and limitations on what astronomy can say about our universe. Some have even suggested that the multiverse theory should not be considered physics because we can’t test it by jumping from one planet to another.

Hawking, tenacious, intelligent, and enormously enthusiastic about astronomy, disapproved. “The usual theory of eternal inflation predicts that globally our universe is like an infinite fractal, with a mosaic of different pocket universes, separated by an inflating ocean,” stated Hawking in a speech in 2017. “The local laws of physics and chemistry can differ from one pocket universe to another, which together would form a multiverse. But I have never been a fan of the multiverse. If the scale of different universes in the multiverse is large or infinite, the theory can’t be tested.” Hawking and Hertog explain that this description of eternal inflation as a hypothesis of the great bang is incorrect. “The problem with the usual account of eternal inflation is that it assumes an existing background universe that evolves according to Einstein’s theory of general relativity and treats the quantum effects as small fluctuations around this,” said Hertog. “However, the dynamics of eternal inflation wipes out the separation between classical and quantum physics. As a consequence, Einstein’s theory breaks down in eternal inflation.

We predict that our universe, on the largest scales, is reasonably smooth and globally finite. So it is not a fractal structure,” said Hawking.

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