IPAM’s Random Quantum Hamiltonians workshop explores the physics, computation, and complexity of disordered quantum systems through interdisciplinary research.
Workshop uniting experts to tackle the Quantum Monte Carlo sign problem and advance simulation methods for quantum many-body systems.
Workshop I: Hyperbolic Structures and Quantum Invariants supports experts in quantum topology and hyperbolic geometry through a workshop exploring links between geometric methods and quantum invariants.
This IPAM workshop supports research at the intersection of algebraic geometry and electronic structure theory, focusing on computational and algebraic methods for quantum systems.
IPAM's program brings together top researchers to advance quantum advantage through interdisciplinary work on simulation, error correction, and fault-tolerant quantum algorithms.
Workshop III at IPAM advances algebraic, computational, and machine learning methods for electronic structure and molecular response function research.