Full Professor in Artificial Intelligence for Quantum Physics

University of Florida•Gainesville, FL

21d

About The Position

The Department of Physics has an opening for a full-time, tenured-track nine-month faculty position in artificial intelligence for quantum physics at the Assistant, Associate, or Full professor level, to begin August 16, 2026. As part of a campus-wide faculty hiring initiative in artificial intelligence (AI), we seek highly qualified candidates from all areas of AI-related quantum condensed matter physics and quantum information sciences, with emphasis on AI-guided quantum materials discovery, AI-related approaches to strongly correlated phases of matter, and AI-informed design of quantum devices. The successful candidate with deep expertise in quantum physics should have demonstrated extraordinary experience in developing, implementing and/or applying AI algorithms on modern computational platforms, and will have access to the UF HiPerGator, the fastest higher education supercomputer in the United States for higher education (TOP500 October 2025). The University of Florida has dramatically expanded its investment in AI-related research in recent years. This search is part of UF’s initiative in Artificial Intelligence for Quantum Science, with parallel faculty searches in the Chemistry and Electrical and Computer Engineering Departments. UF’s Artificial Intelligence and Informatics Research Institute brings together preeminent researchers to explore contemporary application areas across the university, with UF experts developing the tools and technologies that support and complement these studies. UF has a large and active condensed matter theory group concentrating on problems of topological matter, superconductivity, correlated electrons, and transport theory. The successful candidate will also benefit through association with the Quantum Theory Project (QTP), a multi-disciplinary institute (Physics, Chemistry, Materials Science, and Computer and Information Sciences) focusing on theory, modeling, and computation of complex, novel molecular and materials systems.

Requirements

Ph.D. degree (or equivalent) in physics or a closely related field.

Nice To Haves

Relevant postdoctoral research experience is preferred.
Demonstrated potential for excellence in teaching and mentoring a diverse undergraduate and graduate student body, while establishing a well-recognized research program, is essential.