What if the Big Bang Wasn't the Beginning? Research Suggests It May Have Taken Place Inside a Black Hole
- A new model proposes that the Big Bang occurred inside a black hole formed by a gravitational collapse rather than as a singular beginning.
- This idea arises from the limitations of the Big Bang model, which begins with a singularity where physics breaks down, a problem proven by Roger Penrose in 1965.
- The model shows gravitational collapse can lead to a bounce inside the black hole, producing expansion phases using only general relativity and quantum mechanics without speculative physics.
- It predicts slight positive spatial curvature in the universe, which ongoing missions like Euclid may confirm, offering a testable sign of the bounce origin.
- This black hole universe concept suggests the cosmos is a continuing cycle shaped by gravity and quantum mechanics, providing new insight into cosmic mysteries and our place in the universe.
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Scientists Calculate That the Entire Big Bang Must Have Taken Place Inside a Black Hole
The standard model of cosmology may be the best explanation we've got for why the universe is the way it is and how it all came to be. But it's not the only explanation. Enter black hole cosmology. It's a radical idea which proposes that the Big Bang — the rapid unraveling of an infinitely dense point, believed to have given birth to the cosmos as we know it — actually took place in a black hole, which itself formed inside a larger "parent" univ…
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Leaning Left4Leaning Right1Center6Last UpdatedBias Distribution55% Center
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- 55% of the sources are Center
55% Center
L 36%
C 55%
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