Scientists Claim Universe Has Seven Hidden Dimensions That Solve Black Holes’ Biggest Mystery
Yahoo • • science
Key Points:
- A new model by Richard Pinčák proposes that black holes do not completely evaporate but shrink into microscopic remnants that preserve all consumed information, potentially solving the black hole information paradox.
- The theory suggests our universe has seven dimensions, including three compact hidden dimensions shaped as G2-manifolds, which generate torsion fields preventing black holes from total evaporation.
- These torsion-stabilized remnants could account for dark matter, offering a novel explanation for the universe’s missing 27% of mass.
- Detecting these remnants is currently beyond available technology, but future gravitational wave detectors or cosmic microwave background studies might provide evidence.
- The model implies that mass arises from the geometric structure of spacetime itself, proposing matter emerges from spacetime’s architecture rather than external particles or fields.
