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This lecture explores the fascinating world of entangled two-photon fields, covering their coherence properties, interference phenomena, and practical applications. Presented by Ananda Kumar Jha as part of the "Quantum Trajectories" program at the International Centre for Theoretical Sciences, the 42-minute talk delves into the physics of quantum entanglement with a focus on photon pairs. Learn about the theoretical foundations and experimental implementations that are driving the second quantum revolution, where concepts once considered thought experiments are now becoming reality. The presentation connects to broader program themes including quantum trajectories, quantum control, measurement-induced phase transitions, and quantum information and computation. This talk is part of a comprehensive program bringing together theoretical physicists, applied mathematicians, and experimentalists to address central open questions in quantum physics and foster new collaborations in this rapidly evolving field.
