Videos
Anatoli Polkovnikov: Understanding chaos and integrability through adiabatic transformations and operator spreadingplus--large
Andrei Bernevig: Interactions in Flat Bands with and without Touching Points: Topological Heavy Fermions Beyond Twisted Bilayer Grapheneplus--large
Eun-Ah Kim: Non-abelian anyons and graph gauge theory on a superconducting processorplus--large
Jennifer Cano: Engineering topological phases with a superlattice potentialplus--large
Juan Felipe Carrasquilla Alvarez: Recurrent neural networks for many-body physicsplus--large
Round Table Discussion: Dynamics and coherent control of quantum statesplus--large
Elena Roxana Margine: Migdal-Eliashberg modeling of anisotropic superconductorsplus--large
Cyriaque Genet: Chiral Twists in Light-Matter Interactionsplus--large
Frank Verstraete: Tensor networks and symmetries in quantum many-body systemsplus--large
Lin Lin: Interacting models for twisted bilayer graphene: A quantum chemistry approachplus--large
Max Stengel: Long-range Coulomb interactions and flexoelectricity: from 3D to 2Dplus--large
Miles Stoudenmire: Disentangling Impurity Models with Gaussian Tensor Networksplus--large
Päivi Törmä: Quantum Geometry and superconductivity in flat bandsplus--large
Round Table Discussion: Nature vs. Nurture: Materials Platforms of the Futureplus--large
Giulia Galli: Embedding theories for quantum simulations on classical adn quantum computersplus--large
Ji Hoon Shim: Multi-orbital effect on the temperature scale of heavy fermion & NiS2plus--large
Olivier Parcollet: Quantum embeddings and tensor train diagrammaticsplus--large
Round Table Discussion: Iconic Models: Where Do We Stand?plus--large
Sandeep Sharma: Improving the accuracy, scaling and expressiveness of auxiliary field quantum Monte Carloplus--large
Shiwei Zhang: Models and materials: Two sides of the same coinplus--large
George Booth: A “fresh” perspective on Greens function methodsplus--large
Matthew Foulkes: Approximating Many-Electron Wave Functions Using Deep Neural Networksplus--large
Uli Schollwöck: Matrix product states for real materialsplus--large
Round Table Discussion: Machine Learning and Quantum Many-Body Physicsplus--large
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