7D torsion theory suggests black holes leave information-bearing remnants
A seven-dimensional Einstein-Cartan model with spacetime torsion proposes a repulsive effect at Planck scales that stops black hole evaporation, leaving stable remnants that encode information in long-lived torsion vibrations; a solar-mass remnant could store about 1.5×10^77 qubits, potentially resolving the information paradox and linking to the electroweak Higgs scale via dimensional reduction, with testable predictions including dark-matter remnants and distinctive quasi-normal-mode signals—though detecting the extra dimensions via KK states would require energies far beyond current accelerators.
