This work uncovers a surprising connection between black hole physics and topological phases from condensed matter, opening fresh pathways between gravity and quantum information.
The point here is the universe has two sides; we can only observe one side. On the other side of the universe the time runs backward, from the future to the past. If one, by any chance, would traverse to the other side, will "grow" younger.
Warped spacetime near spinning black holes may create entangled states of photons; exactly in the manner a quantum computer processes the quantum information. A surprising marriage of general relativity and quantum information theory.
Warped spacetime near spinning black holes may create entangled states of photons. A surprising marriage of general relativity and quantum information theory.
