All Episodes

Detecting, quantifying and interpreting entanglement: (2) the multipartite case

Detecting, quantifying and interpreting entanglement: (1) the bipartite case

Topological quantum computing with Majorana fermions

Scaling photonic systems for quantum information processing

Quantum networks: theoretical foundations, practical implementations

Experimental Quantum Simulation with Neutral Atoms

A quantum computer based on trapped ions: status and prospects

Quantum Computing with Atomic Qubit Arrays

Quantum error correction, part 2

Quantum algorithms, part 2

Applications of quantum computing for quantum chemistry

Quantum Error Correction with Superconducting Circuits

Quantum error correction, part 1

Quantum algorithms, part 1

Engineering flat-bands in moiré materials, part 2

Theory of SU(N) Systems, part 2

Beyond (typical) FHM with ultracold Yb atoms in optical lattices

1/4 is the new 1/2: Topology and Strong Interactions

Introduction to DMRG and Tensor networks, part 2

Quantum Monte Carlo methods for fermion Hamiltonians with sign problem, and applications in the Hubbard model, part 2

Theory of SU(N) Systems, part 1

Quantum many-body physics with cold atoms and molecules, part 2

Quantum Monte Carlo methods for fermion Hamiltonians with sign problem, and applications in the Hubbard model, part 1

Quantum many-body physics with cold atoms and molecules, part 1

Introduction to DMRG and Tensor networks, part 1

Solving the Mott Problem

Beyond DMFT: weak and strong coupling pseudogaps and fluctuation diagnostics

Quantum simulation with bosonic atoms in optical lattices under the microscope

Engineering flat-bands in moiré materials, part 1

Quantum gas microscopy of the Fermi-Hubbard model: probing strongly correlated states

The dynamical mean-field description of strong correlations

An introduction to the Swampland, part 1 (2nd half)

Finiteness, Complexity, and the Swampland, part 2

Emergent Strings, the Weak Gravity Conjecture and their imprint in geometry, part 2

An introduction to the species scale in quantum gravity and string theory

S-matrix implications for fundamental physics and cosmology

Emergent Strings, the Weak Gravity Conjecture and their imprint in geometry, part 1

Finiteness, Complexity, and the Swampland, part 1

Distance Conjecture and the Species Scale

Swampland Implications for Particle Physics, part 2

Swampland and Cosmological Observations

The string theory landscape, part 2

An introduction to the Swampland, part 2

An introduction to the Swampland, part 1 (1st half)

The string theory landscape, part 1

Swampland Implications for Particle Physics, part 1

NetKetl: hands-on tutorial on neural network quantum states

Tutorial on boosting event generation & unfolding with generative networks, part 2

Neural network quantum states: from ground states to dynamics, part 2

Tutorial on boosting event generation & unfolding with generative networks, part 1

Neural network quantum states: from ground states to dynamics, part 1

Beyond ground states: Assisting sampling of physical states with generative models, part 2

Reliable AI: Dream or Reality?

Beyond ground states: Assisting sampling of physical states with generative models, part 1

Artificial Intelligence for Precision Cosmology

Machine learning for string theory

Tutorial on quantum state reconstruction of Rydberg atom arrays

Mathematical Foundations of Deep Learning

Autoregressive models and quantum state reconstruction

Generative Models, Manifolds and Symmetries: Applications

Understanding your network - towards interpretability in machine learning applications in many-body physics

Generative models and many-body physics

Simulation-based inference for physics and beyond

Generative Models, Manifolds and Symmetries: Tools

Spatial population genetics, Lecture 3

Statistical mechanics approaches for studying microbial growth, Lecture 3

Information theory and optimality in biological networks, Lecture 3

Fluid flows shaping morphology

Motility-induced phase separation and pattern formation, Lecture 3

Spatial population genetics, Lecture 2

Information theory and optimality in biological networks, Lecture 2

Motility-induced phase separation and pattern formation, Lecture 2

Statistical mechanics approaches for studying microbial growth, Lecture 2

Information theory and optimality in biological networks, Lecture 1

Cell migration on microstructured surfaces: From single cell to collective behavior

1D Active Matter, Guided Mechanochemical Pattern Formation, Lecture 3

1D Active Matter, Lecture 2

Motility-induced phase separation and pattern formation, Lecture 1

Protein self-organization in cell division

1D Active Matter, Lecture 1

Spatial population genetics, Lecture 1

Statistical mechanics approaches for studying microbial growth, Lecture 1

Black hole information and spacetime behind the horizon, Lecture 3

Holography in General Spacetimes: Quantum Null Energy Condition and Perspectives on Firewalls

Geometry under microscope, Lecture 2

Quantum Completeness versus Classical Incompleteness of Black-Holes

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

Holography with and without gravity - Lecture 2

From Critical Phenomena to Holographic Duality in Quantum Matter - Lecture 1

Entanglement Entropy and AdS/CFT - Lecture 1

Holography with and without gravity - Lecture 1

Introduction to On-shell Diagrams - Part IV

Introduction to On-shell Diagrams - Part III

Introduction to On-shell Diagrams - Part II

Color-kinematics duality (loop-level)

Introduction to On-shell Diagrams - Part I

Cut construction & color-kinematics duality (tree-level)

The Basic Structure Of Scattering Amplitudes - Part IV

New tools for computing in gauge theories - Part IV

Unitarity cut verification

New tools for computing in gauge theories - Part III

The Basic Structure Of Scattering Amplitudes - Part III

Terminology, conventions & momentum-flow Graphs

New tools for computing in gauge theories - Part II

New tools for computing in gauge theories - Part I

The Basic Structure Of Scattering Amplitudes - Part II

The Basic Structure Of Scattering Amplitudes - Part I

Singularities in string theory, part 1b

Mirror symmetry and D-branes, part 3

Singularities in string theory, part 3

Mirror symmetry and D-branes, part 2

Mirror symmetry and D-branes, part 1

Singularities in string theory, part 2

Mirror symmetry, the closed string point of view, part 3

Mirror symmetry, the closed string point of view, part 2

Algebraic geometry for physicists, part 1

Mirror symmetry, the closed string point of view, part 1

Singularities in string theory, part 1a

Algebraic geometry and N=1 string compactifications, part 3

Algebraic geometry and N=1 string compactifications, part 2

Algebraic geometry for physicists, part 3

Algebraic geometry for physicists, part 2

Algebraic geometry and N=1 string compactifications, part 1

Topological String Theory, Part 3

Doubled field theory, T-duality, and Courant brackets, Part 3

Topological String Theory, Part 2

Topological String Theory, Tutorial

Applications of holography to strongly coupled media, Part 3

Doubled field theory, T-duality, and Courant brackets, Part 2

Topological String Theory, Part 1

Quantum Black Holes, Part 3

Doubled field theory, T-duality, and Courant brackets, Part 1

Applications of holography to strongly coupled media, Part 2

Quantum Black Holes, Part 2

Quantum Black Holes, Tutorial

Applications of holography to strongly coupled media, Part 1

Quantum Black Holes, Part 1

Open Questions and Future Perspectives of Particle Physics

Introduction to Gauge/Gravity Duality, Part 3

Introduction to black holes in String theory and in AdS/CFT, Part 4

Introduction to black holes in String theory and in AdS/CFT, Part 3

D-branes and Orientifolds, Part 2

D-branes and Orientifolds, Part 3

D-branes and Orientifolds, Part 1

Introduction to Gauge/Gravity Duality, Part 2

Introduction to String Theory, Part 6

Introduction to black holes in String theory and in AdS/CFT, Part 2

Introduction to String Theory, Part 5

Introduction to String Theory, Part 4

Introduction to String Theory, Part 3

Introduction to black holes in String theory and in AdS/CFT, Part 1

Introduction to String Theory, Part 2

Introduction to Gauge/Gravity Duality, Part 1

Introduction to String Theory, Part 1