We will introduce a class of black hole microstate models which mimic classical black holes in terms of energy absorption and relaxation properties, while demonstrating how black hole complementarity emerges from microscopic dynamics. We will focus on quantum information mirroring in particular and show how information can be copied twice in non-linear quantum channels realized by in the local (but not global) semi-classical approximation. These non-linear quantum channels mimic dynamically realized quantum weak measurement with new features that need to be understood in terms of von Neumann algebras. Our models can be potentially simulated in the laboratory.
Meeting ID: 880 9276 6911