Black Holes and AdS/CFT - Class 4
Explore black holes and AdS/CFT correspondence in this advanced physics lecture, part of a series on holography and string theory.
Black Holes and AdS/CFT - Class 3
Explore black holes and AdS/CFT correspondence in this advanced physics lecture, part of a series on holography and string theory.
Black Holes and AdS/CFT - Class 2
Explore black holes and AdS/CFT correspondence in this advanced physics lecture, part of a series on holography and string theory.
Black Holes and AdS/CFT - Class 1
Explore black holes and AdS/CFT correspondence in this advanced physics lecture, part of a series on holography 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.
Finite Temperature and N=4 SYM Plasma - Introductory Minicourse on AdS-CFT
Explore finite temperature and N=4 SYM plasma in this advanced physics lecture, delving into AdS-CFT correspondence and its applications in theoretical physics.
Black Holes in Supergravity vs. D-branes - Introductory Minicourse on AdS-CFT
Explore black holes in supergravity and their relation to D-branes in this advanced physics lecture, part of an introductory minicourse on AdS-CFT.
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.
Unveiling the Cosmic Enigma
Delve into the mysteries of the cosmos through an engaging exploration of astronomical phenomena, black holes, and cosmic structures with Harvard's distinguished astrophysicist Ramesh Narayan.
Accreting Black Holes in the Universe
Explore the fascinating physics of accreting black holes and their role in the universe through an in-depth lecture by renowned astrophysicist Ramesh Narayan.
The Enigma of Black Hole Horizons
Delve into the mysterious nature of black hole horizons, exploring their formation, quantum properties, and alternative theoretical frameworks through an accessible physics and astronomy perspective.
Black Holes as Dark Matter: From Cosmology to Rogue Planets
Explore the fascinating connection between black holes and dark matter, examining their non-stellar origins, detection strategies, and role in early universe formation and planetary dynamics.
Self-Similarity and Naked Singularities for the Einstein Vacuum Equations
Explore self-similarity and naked singularities in Einstein vacuum equations. Discover a new type of self-similarity and its role in constructing naked singularity solutions.
Black Hole Thermodynamics - An Introduction
Explore black hole thermodynamics, from foundational concepts to contemporary developments, with insights into its challenges to fundamental physics.
Quantum Field Theory in Curved Spacetime - Introduction and Mathematical Issues
Explore quantum field theory in curved spacetime, examining its principles, applications, and mathematical challenges in the context of general relativity and black hole phenomena.
Chaos and Black Holes: From Butterfly Effect to Event Horizons - ICBS 2024
Explore chaos theory, quantum systems, and black holes, examining their interconnections and the fascinating implications for understanding event horizons.
How the Hilbert Space of Two-Sided Black Holes Factorizes - ICBS 2024
Explore the factorisation puzzle in AdS/CFT, examining how spacetime wormholes contribute to Hilbert space factorisation in two-sided black holes and its implications for holography.
Quantum Spacetime in the Sky: From Horizon to Horizon
Explore quantum spacetime fluctuations in gravitational wave observatories, including Hawking emission, detector noise, and cosmic glitches near cosmological horizons.
Construction of Collapsing Spacetimes in Vacuum - ICBS 2024
Explore the construction of collapsing spacetimes in vacuum, featuring black hole regions and Cauchy hypersurfaces, without symmetries.
Black Holes from Supercharge Cohomology
Explore supercharge cohomology in holographic CFTs, classifying into monotone and fortuitous types, and examine their connections to smooth geometries and black holes in N=4 super-Yang-Mills theory.
Where Do Merging Binary Black Holes Come From?
Explore the origins of merging binary black holes, examining LVK detections, formation models, and their comparison to observational data.