Holography at 25: Closing Lecture
Explore holography's impact on theoretical physics with Juan Maldacena's closing lecture, delving into its 25-year evolution and future prospects.
Applications of Holography to QCD and Nuclear Physics - Class 5
Explore applications of holography to QCD and nuclear physics in this advanced lecture, part of a series on holography's 25th anniversary.
Integrability and AdS/CFT - Class 2
Explore integrability in AdS/CFT correspondence, delving into advanced concepts and applications within the framework of holographic duality.
Applications of Holography to QCD and Nuclear Physics - Class 4
Explore applications of holography to QCD and nuclear physics in this advanced lecture, part of a series on holographic techniques in theoretical physics.
Applications of Holography to QCD and Nuclear Physics - Class 3
Explore applications of holography to QCD and nuclear physics in this advanced lecture, part of a series on holographic techniques in theoretical physics.
Applications to Condensed Matter Theory - Class 5
Explore applications of holography in condensed matter theory, focusing on advanced concepts and their implications for understanding complex quantum systems.
Applications to Condensed Matter Theory - Class 4
Explore applications of holography in condensed matter theory, focusing on advanced concepts and their implications for quantum systems and materials.
Formal Aspects and Tests of Holography - Class 2
Explore formal aspects and tests of holography with Princeton University's Herman Verlinde in this advanced physics lecture, part of the Holography@25 School series.
Formal Aspects and Tests of Holography - Class 1 of 5
Explore formal aspects and tests of holography in this comprehensive lecture, part of a series on the subject's 25-year development and applications.
Applications to Condensed Matter Theory - Class 3
Explore applications of holography in condensed matter theory, focusing on advanced concepts and their implications for quantum systems and materials.
Applications to Condensed Matter Theory - Class 2
Explore applications of holography in condensed matter theory, focusing on advanced concepts and their practical implications in quantum systems.
Applications to Condensed Matter Theory - Class 1
Explore applications of holography in condensed matter theory, focusing on fundamental concepts and their relevance to modern physics research.
Applications to Condensed Matter: AdS/CMT - Introductory Minicourse on AdS-CFT
Explore applications of AdS/CFT correspondence to condensed matter physics, focusing on AdS/CMT and its implications for understanding complex quantum systems.
The pp Wave Correspondence and Spin Chains - AdS-CFT Minicourse
Explore the pp wave correspondence and spin chains in AdS-CFT, delving into advanced concepts of theoretical physics and string theory.
Solitons and Probes in AdS/CFT
Explore solitons and probes in AdS/CFT correspondence, delving into advanced concepts of string theory and holography in this introductory minicourse lecture.
Holographic Renormalization and Holographic RG Flow - Introductory Minicourse on AdS-CFT
Explore holographic renormalization and RG flow in AdS-CFT correspondence, delving into advanced concepts of quantum field theory and string theory.
Self-Force Meets Post-Minkowskian in the Scattering Regime
Explore the intersection of self-force and post-Minkowskian approaches in gravitational wave scattering, presented by Oliver Long from Max Planck Institute-Potsdam.
From Classical Scattering Amplitudes to Bound State Observables
Explore classical scattering amplitudes and their connection to bound state observables in gravitational wave physics with expert Riccardo Gonzo.
3D Boundary Vertex Operator Algebras and Higgs Branches
Delve into advanced mathematical physics concepts exploring the relationship between 3D boundary vertex operator algebras and Higgs branches in quantum field theory.
Gauge Fields and Categorification of Quantum Group Invariants of 3-Manifolds
Explore new link and 3-manifold invariants associated with Verma modules of U_q(sl_N), their properties, and potential categorification in 3-manifold homology.
Quantization Commutes with Reduction: The Quantum GIT Conjecture - ICBS 2024
Explore the latest results in quantum reduction, comparing gauged and symplectic-reduced 2D A-models. Delve into quantum cohomologies in monotone cases and intriguing conjectures.