There Is No Singularity in Black Holes ⚡ экспресс
Original: "The Quantum Boundary of Black Hole Interiors: Termination of the Sum over Geometries at Planck Curvature"
Quantum effects prevent a point of infinite density from forming at the center of a black hole.
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At the center of a black hole, space itself vanishes—not because there's a point of infinite density, but because quantum ripples make it non-smooth, like crumpled paper. The equations simply stop working. Instead of a singularity, there's a smooth wall. Perhaps this is the key to unlocking what awaits travelers beyond the event horizon.
🎯 For a black hole with the mass of the Sun, the quantum boundary radius is about 10⁻²² m, which is ten times larger than the Planck length—the smallest meaningful size.
🎬 The concept of a quantum boundary instead of a point of infinite compression echoes the movie 'Interstellar,' where inside a black hole something more than a singularity is found.