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Explore quantum field entanglement across cosmic and laboratory scales in this 57-minute conference talk from the Women at the Intersection of Mathematics and Theoretical Physics discussion meeting. Delve into the fundamental concepts of entanglement as it manifests in quantum field theory, examining its role from the earliest moments of the universe to controlled laboratory experiments. Learn how quantum entanglement operates in field theoretical contexts, bridging the gap between cosmological phenomena and experimental quantum physics. Discover the mathematical frameworks used to describe entangled quantum fields and understand their implications for both theoretical physics and practical applications. Gain insights into current research connecting quantum field theory with observable entanglement effects, presented as part of a pedagogical workshop designed to foster interdisciplinary collaboration between mathematics and theoretical physics.
