What if the Big Bang Wasn't the Beginning? Research Suggests It May Have Taken Place Inside a Black Hole
- A new paper proposes that the Big Bang occurred inside a black hole formed by a gravitational collapse in a larger universe.
- This black hole universe model arose to address the Big Bang singularity problem proved by Roger Penrose in 1965.
- The model shows the collapse leads to a bounce inside the black hole, avoiding a singularity using general relativity and quantum mechanics without exotic physics.
- It predicts slight positive spatial curvature, like Earth's surface, which future missions such as Euclid may confirm as evidence for a bounce origin.
- This suggests we witness a cosmic cycle continuation inside a black hole rather than an absolute beginning, offering new insights on early universe mysteries.
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What if the Big Bang wasn't the beginning? Research suggests it may have taken place inside a black hole
The Big Bang is often described as the explosive birth of the universe—a singular moment when space, time and matter sprang into existence. But what if this was not the beginning at all? What if our universe emerged from something else—something more familiar and radical at the same time?
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Leaning Left3Leaning Right1Center6Last UpdatedBias Distribution60% Center
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