Spacetime, Quantum Entanglement and Black Holes

This course explores the connections between spacetime, quantum entanglement, and black holes. The learning outcomes include understanding quantum entanglement's role in resolving physics puzzles, exploring quantum models for black holes, and bridging various fields of physics. The course teaches about quantum mechanical effects, black hole information, strange metals, the information paradox, the swap test, quantum particles, reversibility, information preservation, and wormholes. The teaching method is through a public lecture by four researchers. The intended audience includes individuals interested in modern theoretical investigations into spacetime, quantum entanglement, and black holes.