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Fundamentals of Neuroscience, Part 1: The Electrical Properties of the Neuron
Organic Chemistry 1
Mountains 101
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Explore operator dynamics and spectral correlations in chaotic many-body quantum systems with insights from Oxford's leading researcher.
Explore quantum many-body systems driven periodically, focusing on Floquet dynamics and the role of duality defects in non-equilibrium physics.
Explore quantum chaos and thermalization through out-of-time-ordered correlators in hydrodynamic systems, examining their theoretical foundations and applications.
Explore Nambu-Goldstone modes in both closed and open many-body systems, examining their behavior in equilibrium and non-equilibrium contexts through advanced theoretical frameworks.
Explore effective theories for many-body systems out of equilibrium through monitored fluctuating hydrodynamics with insights from University of Geneva research.
Explore measurement-induced entanglement phenomena between quantum spin chains in this advanced physics presentation by M. Oshikawa from ISSP University of Tokyo.
Explore perfect information transfer mechanisms in continuous quantum systems through advanced theoretical frameworks and mathematical approaches.
Explore effective theories for many-body quantum systems operating far from equilibrium and discover how quantum matter can be dynamically activated through theoretical frameworks.
Explore universal late-time dynamics in many-body systems through low-energy physics principles and effective theory approaches for out-of-equilibrium phenomena.
Explore effective theories for many-body systems transitioning from closed to open quantum states in non-equilibrium physics.
Discover cutting-edge insights from Yale and UC San Diego experts on mathematical data structures and the intersection of neuroscience with artificial intelligence.
Explore equivariant derived categories of reductive groups and their role as categorical centers in representation theory.
Explore representation theory through quantum groups and affine Springer fibers, focusing on the center of small quantum groups.
Explorez les différentes incarnations de la catégorie de Hecke affine dans le cadre de la théorie des représentations quantiques.
Explore representation theory through spark algebras and quantum groups, focusing on quantum topology concepts.
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