Introduction to Quantum Information Aspects of AdS/CFT - Lecture 3
Explores quantum information in AdS/CFT correspondence, focusing on spacetime emergence, quantum gravity, and information theory applications in physics and many-body systems.
Aspects of Krylov Complexity - Lecture 2
Explore Krylov complexity in quantum systems, examining its role in information scrambling and connections to holography. Gain insights into quantum chaos and operator growth.
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.
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.
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.
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.
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.
What Makes Holographic States Special?
Explores holographic states in quantum gravity, examining their unique properties and significance in AdS/CFT correspondence and quantum information theory.
Notions of Color Entanglement in Quantum Information Theory
Explore quantum information theory's impact on gravity, field theories, and many-body physics. Discover emergent spacetime, black holes, and quantum error correction in this cutting-edge theoretical physics lecture.
Black Hole Index from Gravitational Path Integral
Explore the Black Hole Index through gravitational path integrals, delving into quantum gravity and information theory at the intersection of physics and mathematics.
Things You Always Wanted to Know About Mathematical General Relativity
Explore key concepts in mathematical general relativity with Princeton's Igor Rodnianski, addressing common questions and demystifying complex topics in this engaging lecture.
Spoofing Entanglement in Holography
Explore quantum entanglement in holography with Netta Engelhardt, delving into advanced concepts and their implications for quantum information theory and physics.
We've Detected Ghost Particles on Earth - What This Means for Science
Explore the IceCube Observatory's groundbreaking detection of ghost particles, revealing secrets of distant supernovae and black holes, and its implications for astrophysics.
The Science Behind Interstellar's Exoplanets - Fact vs Fiction
Exploring the scientific inaccuracies of exoplanets in Interstellar, debunking the possibility of habitable worlds orbiting black holes like Gargantua.
Dynamical Formation of Merging Black-Hole Binaries
Explore gravitational wave detection and formation mechanisms of merging compact binaries, including dynamical channels and novel three-body effects. Gain insights into constraining formation theories.
From Near to Far-Field Cosmology: Understanding Early Cosmic Star Formation
Exploring cosmic dawn: JWST observations of first stars, galaxies, and black holes. Connecting near-field and deep-field data to understand early universe evolution and star formation processes.
Modelling Emission Lines in Cosmological and Galaxy Simulations
Explore cosmic dawn with JWST data: modeling emission lines in simulations to understand first stars, galaxies, and black holes. Discuss key questions on early universe evolution and connect near-field and deep-field observations.
Super-Early Galaxies Seen by JWST: Puzzles and Solutions - Lecture
Explore puzzles and solutions surrounding super-early galaxies observed by JWST. Gain insights into cosmic dawn, first stars, and galaxy formation from expert Andrea Ferrara's perspective on cutting-edge astronomical discoveries.
New Insights into Black Hole Seed Formation in the First Billion Years
Explore new insights on black hole seed formation in the early universe, discussing JWST observations and theoretical models to understand the physics of cosmic dawn.
Seeking the Growth of the First Massive Black Holes
Exploración del crecimiento de los primeros agujeros negros masivos, discutiendo observaciones de JWST y modelos teóricos para comprender la formación de galaxias y agujeros negros en el amanecer cósmico.