Random Quantum Hamiltonians: Physics, Computation, and Complexity
A workshop at IPAM, UCLA, supporting interdisciplinary research and collaboration on random quantum Hamiltonians, exploring quantum chaos, entanglement, and computational complexity.
Funder: Institute for Pure and Applied Mathematics
Due Dates: December 8, 2026
Funding Amounts: Limited travel and attendance support available; priority for early-career researchers and students.
Summary: Workshop supporting research and collaboration on random quantum Hamiltonians, connecting mathematics, physics, and computation.
Key Information: Apply by December 8, 2026 for fullest funding consideration; specify funding needs during registration.
Description
This workshop convenes researchers from mathematics, physics, computer science, and related fields to advance the study of random quantum Hamiltonians—quantum analogues of disordered models that underpin complex systems. The event will focus on emergent phenomena such as quantum chaos, entanglement growth, and holographic dualities, as well as computational challenges including the average-case hardness of simulation and connections to quantum computing. The program features talks, a poster session, and opportunities for interdisciplinary collaboration.
