Random Quantum Hamiltonians: Physics, Computation, and Complexity
IPAM’s Random Quantum Hamiltonians workshop explores the physics, computation, and complexity of disordered quantum systems through interdisciplinary research.
Funder: Institute for Pure and Applied Mathematics
Due Dates: November 8, 2026 (application & funding consideration)
Funding Amounts: Travel and registration support available; registration fees range from $10 (remote) to $100 (industry); funding priority for early-career researchers and students.
Summary: Workshop convening researchers to advance the theory, computation, and complexity of random quantum Hamiltonians and related complex systems.
Key Information: Apply by November 8, 2026 for fullest consideration; in-person spots may be limited—register early.
Description
This workshop, organized by the Institute for Pure and Applied Mathematics (IPAM), focuses on Random Quantum Hamiltonians as a unifying theme across physics, mathematics, computer science, and related fields. The event aims to deepen understanding of disordered quantum systems, exploring phenomena such as quantum chaos, entanglement growth, and holographic dualities. Participants will engage in discussions on rigorous mathematical analysis, thermalization, computational complexity, and the identification of classically-hard problems for quantum computation. The workshop also features a poster session and seeks to foster collaboration and open problem formulation in this rapidly developing area.
