The Black Hole Information Problem - Lecture 1
Explore the black hole information paradox in this lecture, delving into quantum gravity, information theory, and the AdS/CFT correspondence's impact on our understanding of spacetime.
Pseudo Entropy and de Sitter Holography - Lecture 3
Explore pseudo entropy, its properties, and applications in quantum field theory and de Sitter holography. Discover its potential as a quantum order parameter and its role in entanglement phase transitions.
Entanglement and Emergence of Gravitational Spacetime - Lecture 1
Explore quantum entanglement's role in gravitational spacetime emergence, holography in string theory, and recent insights on black hole information and de Sitter spaces from a quantum information perspective.
A Postquantum Theory of Classical Gravity - Theoretical Background
Explore a postquantum theory of classical gravity, delving into theoretical foundations and implications for quantum information, field theory, and spacetime emergence.
Instability of Extremal Black Holes in AdS Supergravity
Explores instability of extremal black holes in AdS supergravity, examining quantum information and gravity interactions. Discusses implications for spacetime emergence and quantum error correction in holography.
A Tale of Two Kinds of Superconducting Nickelates
Explore superconducting nickelates in this talk on engineered 2D quantum materials, covering recent developments in electronic, magnetic, and topological phenomena in synthetic structures.
Non-Linear Hall Effect in Flatlands and Chiral Crystals
Explore non-linear Hall effect in flatlands and chiral crystals, examining emergent phenomena in 2D quantum materials and their potential applications in advanced electronics.
Quantum Critical Conductivity in Ultraclean Graphene
Explore quantum critical conductivity in ultraclean graphene, focusing on emergent electronic phenomena in 2D quantum materials and their potential applications.
Lattice Recursions and Integrability in Hamiltonian Geometry
Explore lattice recursions and their connection to integrability in mathematics, featuring insights from Jacques Hurtubise of McGill University.
Quantum Matter, Hyperbolic Band Structures, and Moduli Spaces
Explore hyperbolic band structures in quantum matter and their connections to moduli spaces, delving into advanced concepts in mathematical physics and geometry.
Lifting Torus Actions to Integrable Systems
Explore the mathematical concept of lifting torus actions to integrable systems, delving into advanced topics in Hamiltonian geometry and dynamical systems.
A Quantum Central Limit Theorem and Related Topics
Explore quantum central limit theorem and related concepts in this advanced mathematics talk by Harvard's Arthur Jaffe, delving into cutting-edge research in quantum theory.
Which Physical Systems Can Be Quantized?
Explore quantum mechanics applications in physical systems, focusing on Hamiltonian geometry and quantization techniques for various phenomena in mathematical physics.
Using Measurements to Sculpt Quantum Entanglement and Create Non-Abelian Topological States
Explore quantum entanglement sculpting and non-Abelian topological states through measurements. Gain insights into cutting-edge quantum physics research and its applications.
More on the Black Hole Information Problem - Lecture 1
Explore the black hole information paradox and its implications for quantum gravity in this advanced theoretical physics lecture by Suvrat Raju.
De Sitter Space, Extremal Surfaces and Time Entanglement
Explore quantum gravity and information theory in de Sitter space, focusing on extremal surfaces and time entanglement. Gain insights into spacetime emergence and holography.
Why We Explore
Explore the paradox of pure scientific research and its unexpected practical impacts. Discover why curiosity-driven exploration is crucial for addressing humanity's challenges and shaping our future.
Radiation Reaction and Static Patch Holography
Explore radiation reaction and static patch holography in quantum gravity. Delve into advanced concepts at the intersection of quantum information, field theory, and gravitational physics.
Relative State-Counting for Semiclassical Black Holes
Explore semiclassical black holes through relative state-counting, delving into quantum gravity and information theory at the intersection of physics and mathematics.
Magnetic Reconnection: The Engine Behind Solar Flares and Aurorae
Explore the physics of magnetic reconnection and its role in creating solar flares and aurorae. Learn about plasma dynamics, energy release, and the formation of celestial light shows.
Reflected Entropy in a BCFT on a Black Hole Background
Explores reflected entropy in boundary conformal field theory on black hole backgrounds, examining quantum information aspects in holographic gravity and their implications for spacetime emergence.