
Two Dimensions of Time Explain Quantum Physics, Physicist Argues
Sabine Hossenfelder · 6:26
A physicist mathematically demonstrates that adding a second time dimension to spacetime (3+2) could explain quantum entanglement's faster-than-light correlations via a hidden field connecting only entangled particles. The theory predicts a testable deviation from standard QM: tiny additional correlations between independent entangled-photon experiments that depend on distance. Hossenfelder rates it 7/10 — genuinely novel but leaves vacuum stability, time-travel paradoxes, and GR compatibility unaddressed.
Alösha's take: Fresh beyond-quantum-physics idea with a concrete experimental prediction — exactly the kind of foundational physics rethinking that feeds the simulation/consciousness rabbit hole.










