Semi Classical Physics at Large Quantum Numbers
Explore semi-classical physics at large quantum numbers with Zohar Komargodski. This talk delves into advanced concepts in string theory, quantum mechanics, and spacetime, bridging theoretical physics perspectives.
Universal Bounds on Distance Conjecture in AdS3/CFT2
Explore universal bounds on distance conjecture in AdS3/CFT2 with Hirosi Ooguri. Delve into advanced string theory concepts and their implications for spacetime and quantum information.
Three Point Amplitudes and Soft Theorems in the BFSS Matrix Model
Juan Maldacena explores three-point amplitudes and soft theorems in the BFSS matrix model, advancing our understanding of string theory and its implications for spacetime and quantum information.
Black Holes from Supercharge Cohomology
Explore black holes through supercharge cohomology in this advanced physics talk. Delve into string theory perspectives on spacetime and recent developments in quantum information and holographic dualities.
Comments on Black Hole Entropy in Lorentz Signature
Explores black hole entropy in Lorentz signature, discussing recent developments in string theory, quantum information, and holographic dualities. Part of the Spacetime and String Theory conference at KITP.
Supersymmetric Index of Small Black Holes
Explore supersymmetric index of small black holes in string theory. Ashoke Sen discusses advanced concepts in theoretical physics, bridging quantum information and gravitational theories.
The String Axiverse: Axion-Photon Couplings and Universality
Explore axion-photon couplings and universality in string theory with Harvard researcher Naomi Gendler. Gain insights into the string axiverse and its implications for spacetime and quantum information.
High-Luminosity LHC Theory - Lecture 1
Explore high-energy physics at the HL-LHC, covering BSM theories, intensity probes, Lagrangian models, and effective field theory in this comprehensive lecture.
Recent Developments on Track Functions
Explore recent advancements in track functions, examining their applications and implications in particle physics and related fields.
Effective Field Theory of the Nuclear Interaction - Lecture 4
Explore advanced concepts in nuclear physics, focusing on effective field theory and its applications to nuclear interactions. Gain insights into cutting-edge research in theoretical nuclear physics.
Effective Field Theory of the Nuclear Interaction - Lecture 3
Explore advanced concepts in nuclear physics, focusing on effective field theory approaches to modeling nuclear interactions and their applications in modern research.
Relativistic Mean Field Theory - Lecture 4
Explore relativistic mean field theory in nuclear physics, examining advanced concepts and applications in this comprehensive lecture by Jie Meng.
Effective Field Theory of the Nuclear Interaction - Lecture 1
Explore effective field theory in nuclear physics, focusing on its application to nuclear interactions and its role in understanding fundamental nuclear processes.
Relativistic Mean Field Theory - Lecture 2
Explore relativistic mean field theory in-depth, covering advanced concepts and applications in nuclear physics. Gain insights from expert Jie Meng's comprehensive lecture.
Relativistic Mean Field Theory - Lecture 1
Explore relativistic mean field theory in nuclear physics, covering fundamental concepts and applications in this comprehensive lecture by Jie Meng.
Effective Field Theory with a Touch of Neutrinos - Lecture 4
Explore advanced concepts in Effective Field Theory, focusing on neutrino physics and its applications in particle physics research.
Effective Field Theory with a Touch of Neutrinos - Lecture 3
Explore effective field theory applications in neutrino physics, focusing on advanced concepts and recent developments in particle physics research.
Effective Field Theory with a Touch of Neutrinos - Lecture 2
Explore effective field theory applications in neutrino physics, covering advanced concepts and recent developments in particle physics research.
Axion Theory: Low Energy Lagrangian - Lecture 2
Explore axion theory and low energy Lagrangian concepts in this advanced physics lecture, delving into complex theoretical frameworks and mathematical formulations.
Axion Theory: Low Energy Lagrangian - Lecture 1
Explore axion theory and its low-energy Lagrangian formulation in this advanced physics lecture by Giovanni Villadoro, delving into fundamental concepts and mathematical frameworks.
The Naturalness of Vanishing Black Hole Response
Explore the intriguing concept of vanishing black hole response and its naturalness in this thought-provoking physics lecture by Riccardo Penco.