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LiveScience
LiveScience
Andrey Feldman

A new tweak to Einstein's relativity could transform our understanding of the Big Bang

An illustration of the Big Bang, with purple, blue and yellow colors spread out from a white glowing light with straight rays coming out in all directions, all over a starry black background.

The Big Bang is often described as the moment everything began — a point of infinite density where the laws of physics broke down. But what if that picture is incomplete?

A new study proposes a different account of the universe's birth: Instead of an abrupt beginning from a singularity, as predicted by Einstein's theory of general relativity, the early cosmos may have passed through a more controlled high-energy phase governed by a modified theory of gravity known as QQG.

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