All episodes

The fuzzball paradigm: 2. The fuzzball construction

Geometry under microscope, Lecture 3

The fuzzball paradigm: 3. The causality constraint

The fuzzball paradigm: 1. The small corrections theorem

Introduction to black hole informatics, Lecture 3

Holography in General Spacetimes: Covariant Entropy Bound and Quantum Focussing

Black hole information and spacetime behind the horizon, Lecture 2

Geometry under microscope, Lecture 1

Introduction to black hole informatics, Lecture 1

Black hole information and spacetime behind the horizon, Lecture 1

Holography in General Spacetimes: The Bekenstein Bound

Introduction to black hole informatics, Lecture 2

Holography in General Spacetimes: The Bekenstein bound, questions after the lecture

PEPS (mathematical aspects)

Quantum Monte Carlo methods, Lecture 2

Projected entangled pair states (PEPS) (introduction)

Dynamical Mean Field Theory (DMFT) and impurity solvers, Lecture 3

Quantum Monte Carlo methods, Lecture 1

Dynamical Mean Field Theory (DMFT) and impurity solvers, Lecture 2

DMRG in two dimensions

Matrix product states (MPS), Density matrix renormalization group (DMRG), Lecture 2

Dynamical Mean Field Theory (DMFT) and impurity solvers, Lecture 1

Matrix product states (MPS), Density matrix renormalization group (DMRG), Hands on Session 2

Matrix product states (MPS), Density matrix renormalization group (DMRG), Hands on Session 1

Numerical renormalization group (NRG)

Matrix product states (MPS), Density matrix renormalization group (DMRG), Lecture 1

Numerical renormalization group (NRG), Hands on Session

Non-equilibrium dynamics & Holography, Lecture 3

Non-equilibrium dynamics & Holography, Lecture 4

Far-from-equilibrium quantum fields: From ultracold atoms to cosmology, Lecture 4

Non-equilibrium dynamics & Holography, Lecture 2

Far-from-equilibrium quantum fields: From ultracold atoms to cosmology, Lecture 3

Non-equilibrium dynamics & Holography, Lecture 1

Entanglement, thermalization, and many-body localization, Lecture 4

Entanglement entropy following a quantum quench, Lecture 4

Entanglement entropy following a quantum quench, Lecture 3

Entanglement, thermalization, and many-body localization, Lecture 3

Far-from-equilibrium quantum fields: From ultracold atoms to cosmology, Lecture 2

Entanglement entropy following a quantum quench, Lecture 2

Entanglement, thermalization, and many-body localization, Lecture 2

Far-from-equilibrium quantum fields: From ultracold atoms to cosmology, Lecture 1

Entanglement, thermalization, and many-body localization, Lecture 1

Entanglement entropy following a quantum quench, Lecture 1

Creating and Probing Topological Matter with Cold Atoms: From Shaken Lattices to Synthetic Dimensions (Lecture 3)

The Quantum Hall effects (Lecture 3 Part 2)

Quantum Symmetries and 10-Fold Ways (Lecture 3)

Engineering topological phases: wire Majoranas to Floquet topological insulators (Lecture 3)

Quantum Symmetries and 10-Fold Ways (Lecture 2)

Engineering topological phases: wire Majoranas to Floquet topological insulators (Lecture 2)

Topological insulators and Berry phases (Lecture 3)

Realizing and Probing topological Bloch band using Ultracold Atoms

Quantum Symmetries and 10-Fold Ways (Lecture 1)

The Quantum Hall effects (Lecture 3 Part 1)

Topological insulators and Berry phases (Lecture 2)

Engineering topological phases: wire Majoranas to Floquet topological insulators (Lecture 1)

Creating and Probing Topological Matter with Cold Atoms: From Shaken Lattices to Synthetic Dimensions (Lecture 2)

The Quantum Hall effects (Lecture 1)

Creating and Probing Topological Matter with Cold Atoms: From Shaken Lattices to Synthetic Dimensions (Lecture 1)

The Quantum Hall effects (Lecture 2)

Topological insulators and Berry phases (Lecture 1)

Aspects of RG flows, part 3

Aspects of RG flows, part 4

Entanglement, geometry and black holes, part 4

Aspects of RG flows, part 1

Aspects of RG flows, part 2

Entanglement, geometry and black holes, part 3

Supergravity and Exceptional Field Theory, part 4

Supergravity and Exceptional Field Theory, part 3

Entanglement, geometry and black holes, part 2

Entanglement, geometry and black holes, part 1

Supergravity and Exceptional Field Theory, part 2

Supergravity and Exceptional Field Theory, part 1

Corpuscular structure of black holes, part 2

Introduction to Higher Spin Gravity, part 4

Black hole paradoxes: The clash of quantum mechanics and gravity, part 4

Introduction to the (super)conformal bootstrap, part 4

Quantum integrable systems and gauge theories, part 4

Black hole paradoxes: The clash of quantum mechanics and gravity, part 3

Introduction to Higher Spin Gravity, part 3

Introduction to the (super)conformal bootstrap, part 3

Corpuscular structure of black holes, part 1

Quantum integrable systems and gauge theories, part 3

Black hole paradoxes: The clash of quantum mechanics and gravity, part 2

Introduction to Higher Spin Gravity, part 2

Introduction to the (super)conformal bootstrap, part 2

Quantum integrable systems and gauge theories, part 2

Future Colliders at the Energy Frontier

Introduction to Higher Spin Gravity, part 1

Black hole paradoxes: The clash of quantum mechanics and gravity, part 1

Quantum matter and gauge-gravity duality - Lecture 3

Transport: from Boltzmann equations to holography - Lecture 3

Entanglement Entropy and AdS/CFT - Lecture 3

Quantum matter and gauge-gravity duality - Lecture 2

Transport: from Boltzmann equations to holography - Lecture 2

From Critical Phenomena to Holographic Duality in Quantum Matter - Lecture 3

Holography with and without gravity - Lecture 3

Entanglement Entropy and AdS/CFT - Lecture 2

Transport: from Boltzmann equations to holography - Lecture 1

From Critical Phenomena to Holographic Duality in Quantum Matter - Lecture 2

Quantum matter and gauge-gravity duality - Lecture 1