Workshops
Workshops
Past Events
- Quantum Algorithms in the Fault Tolerant Era (Multiple speakers) -
- Application-Aware Quantum Error Correction (Hank Lamm, Fermi Lab) -
- Classical Baselines, Resource Estimation, and Quantum Utility (Matthew Otten, University of Wisconsin-Madison) -
- Lattice Surgery versus Gate Teleportation (Hayata Yamasaki, University of Tokyo) -
- Algorithms, QEC and Lattice Gauge Theories (Martin Savage, University of Washington) -
- Logical compilation for qLDPC codes (Eddie Schoute, IBM Research) -
- Neutral-Atom Movement for QEC (Daniel Tan, Quera Computing and Harvard University) -
- The State of Quantum Programming Languages (Charles Yuan, University of Wisconsin-Madison) -
- Quantum Algorithm Techniques (Nathan Wiebe, University of Toronto) -
- Fault-Tolerant Quantum Architectures: Surface to qLDPC (Michael Beverland, IBM Quantum) -
- Workshop on Finite-Temperature Effects in Multi-Messenger Astrophysics -
- Workshop on Finite-Temperature Effects in Multi-Messenger Astrophysics -
- Workshop on Finite-Temperature Effects in Multi-Messenger Astrophysics -
- Workshop on Finite-Temperature Effects in Multi-Messenger Astrophysics -
- Workshop on Finite-Temperature Effects in Multi-Messenger Astrophysics -
- Embedded Workshop - Nuclear Hamiltonians for Advancing Nuclear Physics and Beyond -
- Embedded Workshop - Nuclear Hamiltonians for Advancing Nuclear Physics and Beyond -
- Embedded Workshop - Nuclear Hamiltonians for Advancing Nuclear Physics and Beyond -
- Embedded Workshop - Nuclear Hamiltonians for Advancing Nuclear Physics and Beyond -
- Embedded Workshop - Nuclear Hamiltonians for Advancing Nuclear Physics and Beyond -
- TIQM Winter Workshop 2026: Recent Advances in Open Quantum Systems (16 speakers) -
- Noncontextual Hamiltonians (Peter Love, Tufts University) -
- Workshop 25-94W, "Nuclear Physics in Mergers - Going Beyond the Equation of State" -
- Workshop 25-94W, "Nuclear Physics in Mergers - Going Beyond the Equation of State" -
- Workshop 25-94W, "Nuclear Physics in Mergers - Going Beyond the Equation of State" -
- Workshop 25-94W, "Nuclear Physics in Mergers - Going Beyond the Equation of State" -
- Workshop 25-94W, "Nuclear Physics in Mergers - Going Beyond the Equation of State" -
- Quantum Complexity in Fundamental Physics (Martin Savage, IQuS) -
- High Energy Magic (Chris White, Queen Mary University of London, UK) -
- Majorization theory for quasiprobabilities (Nikolaos Koukoulekidis, Duke University) -
- TBA (Lorenzo Leone, Freie Universität Berlin, Germany) -
- Transitions in monitored many-body systems (Rosario Fazio, ICTP, Trieste, Italy) -
- TBA (Matthias Troyer, Microsoft) -
- TBA (Salvatore F.E Oliviero, Scuola Normale Superiore di Pisa, Italy) -
- TBA (Francesco Pederiva, University of Trento, INFN, Italy) -
- Efficient benchmarking of logical magic state (Liang Jiang, University of Chicago) -
- Non-Clifford resources in energy-constrained random states (Christopher White, Naval Research Laboratory) -
- TBA (Poetri Tarabunga, Technical University of Munich, Germany) -
- TBA (Benjamin Beri, University of Cambridge, UK) -
- On pseudo-magic and other pseudo-resources (Soumik Ghosh, University of Chicago) -
- Bosonic Codes, Collective Coupling and an Advantage of Transversal Non-Clifford Gates (Michael Hanks, Imperial College London, UK) -
- TBA (Guglielmo Lami, CY Cergy Paris Université, France) -
- Fermionic Magic Resources of Quantum Many-Body Systems (Piotr Sierant, Barcelona Supercomputing Center, Spain) -
- Architectural mechanisms of a universal fault-tolerant quantum computer (Sasha Geim, Harvard University) -
- Quantum interference in the operator space for construction of a measurable beyond-classical observable (Nikita Astrakhantsev, Google-AI) -
- Tour de gross: A modular quantum computer based on bivariate bicycle codes (Michael Beverland, IBM) -
- Entanglement and Magic in the Geometry of Entropy Inequalities (Wiliam Munizzi, University of California, Los Angeles) -
- Disentangling Clifford enhanced Tensor Networks (Sergi Masot, Barcelona Supercomputing Center, Spain) -
- Connecting many-body magic with quantum criticality with infinite matrix-product states (Andrew Hallam, University of Leeds, UK) -
- Universality in many-body quantum magic of 1D critical states (Yuto Ashida, University of Tokyo, Japan) -