Our Mission
The InQubator for Quantum Simulation (IQuS) accelerates progress toward quantum computing providing predictive capabilities for the dynamics and properties of matter in extreme conditions beyond what is possible with classical computing and formal techniques alone. These are important for describing supernovae; high-energy collisions of nuclei; in the generation of the matter-antimatter asymmetry in the early universe; and the properties of systems at extreme densities. IQuS guides the basic research and co-design efforts to evolve simulations from present-day NISQ-era quantum computers to fault-tolerant/error-corrected quantum computing and simulation, and to achieve quantum advantages in fundamental physics. Research efforts in fundamental physics, techniques and simulation protocols will be evolved accordingly, requiring continued engagement among scientists, engineers and developers at universities, technology companies and national laboratories. Embedded in a university, IQuS’s vibrant visitor and workshop programs at the Institute of Nuclear Theory will facilitate these advances synergistically while growing a component of the future quantum-ready workforce.
Postdoctoral Fellowships
The InQubator for Quantum Simulation (IQuS) at the University of Washington anticipates filling up to two full time Postdoctoral Scholar (Research Associate) positions to start in September 2026 or earlier. Outstanding candidates in quantum information theory, quantum simulation, lattice gauge theory, fundamental physics, and quantum error correction, broadly defined, are invited to apply. These positions are full-time, 12-month (one-year) appointment, which may be extended (upon successful performance) to three years.
Applications should be submitted to Interfolio at https://apply.interfolio.com/175268 and include a cover letter, curriculum vitae, statement of future research interests, and three letters of reference. Review of applications will start December 1, 2025. Applications received by November 30, 2025 will receive full consideration. Inquiries should be directed to: Martin Savage : mjs5@uw.edu.
