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Probability - The Science of Uncertainty and Data
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Delve into gravitational amplitudes with Carlo Heissenberg in this third lecture of a five-part series, exploring advanced concepts in theoretical physics.
Dive into the fascinating world of moiré systems, exploring how twisted 2D crystals create new periodicities with counterintuitive properties and potential applications in quantum simulation and novel states of matter.
Delve into symmetry and topology concepts in quantum field theory with Antoine Bourget's accessible lecture, part 2 of a 5-part series designed for beginners.
Delve into advanced concepts of String Field Theory in this second part of the mini-course series presented by Jakub Vosmera.
Dive into String Field Theory with Jackub Vosmera's comprehensive exploration of advanced theoretical physics concepts in this first part of the second mini-course.
Delve into symmetry and topology in quantum field theory with Antoine Bourget's accessible lecture, designed for those seeking a foundational understanding of these complex concepts.
Dive into symmetry and topology in quantum field theory with Antoine Bourget's accessible third lecture in a five-part series, designed for beginners.
Explore quantum Hall effects, spin liquids, and topological phases through expert lectures covering symmetry-protected states, frustrated magnetism, and emergent gauge theories.
Explore infinite-dimensional symmetries in gravity, from AdS_3 to black holes and flat space, connecting holography with scattering amplitudes and soft theorems.
Explore the geometry and topology of Riemann surfaces through algebraic equations, differential forms, moduli spaces, and advanced mathematical tools.
Explore statistical physics tools and applications for understanding glassy systems through comprehensive theoretical frameworks and practical methodologies.
Explore Markovian open quantum systems through comprehensive theoretical foundations and mathematical frameworks in this advanced physics lecture series.
Master group theory fundamentals through Anthony Zee's comprehensive physics-focused approach across five detailed sessions.
Explore quantum criticality and high-temperature superconductivity through Landau theory, fluctuations, Josephson junctions, and spin fermion models in this comprehensive physics lecture series.
Explore quantum mechanics through an engaging wheel of fortune analogy that makes complex quantum concepts accessible and intuitive.
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