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Explore the fundamental physics phenomenon of confinement through this comprehensive conference series featuring leading theoretical physicists from the Institute for Advanced Study. Delve into the intricate world of quantum chromodynamics and gauge theories as renowned experts including Nathan Seiberg, Edward Witten, David Gross, and others present cutting-edge research on one of physics' most challenging problems. Master the power of symmetry in theoretical physics, examine lattice gauge theory approaches to understanding confinement, and investigate adiabatic continuity and compactification techniques. Learn about fifty years of developments in quantum chromodynamics, the theory governing the strong nuclear force, and discover how lattice field theories with fermions provide insights into confinement mechanisms. Analyze the Schrödinger representation in three-dimensional gauge theories, explore tensor networks for lattice models, and understand gauge theories at strong coupling through the gauge/gravity duality. Investigate confining strings, infrared dynamics of gauge theories, and the S-matrix bootstrap approach for confining gauge theories. Examine exact results in supersymmetric theories and their unique capabilities in addressing confinement questions. Gain exposure to machine learning applications in theoretical calculations and participate in discussions of current research through participant presentations covering diverse aspects of confinement theory.
