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Attend a special colloquium exploring how quantum entanglement decay can be modified through local transformations. Learn about the phenomenon of entanglement sudden death, where quantum entanglement between particles can end in finite time, and discover how local transformations that don't immediately change entanglement can significantly affect its subsequent time evolution. Examine how these transformations can delay, prevent, or accelerate entanglement death depending on when they are applied, with findings verified through recent experiments using entangled photons at the Raman Research Institute. Explore the broader context of handling dissipation and decoherence in quantum systems through theoretical frameworks developed by George Sudarshan and other Indian physicists over sixty years ago. The presentation is delivered by Dr. A. Ravi P. Rau, a professor of physics and astronomy at Louisiana State University with extensive expertise in theoretical atomic and optical physics and quantum information.
