Alison Warman

Alison Warman is a Research Fellow in the Mathematical Institute at the University of Oxford. Her research focuses on generalized symmetries in quantum systems, spanning high energy physics, condensed matter, and quantum computation. She is involved in collaborative projects and has contributed to several publications, including works on non-invertible symmetries and quantum information theory. Warman also serves as a teaching tutor for String Theory at the University of Oxford and has been recognized for academic excellence at the University of Genova. Her research interests include theoretical physics and mathematical structures in quantum systems.

Alison Warman is a PhD student at the University of Oxford, focusing on generalized symmetries in quantum systems. Her research explores non-invertible symmetries and their implications in gapless and gapped phases of matter, particularly in (2+1)d systems. She investigates symmetries through frameworks such as Hasse diagrams, categorical symmetries, and topological orders, with applications in quantum information and condensed matter physics. Her work includes studies on non-Abelian surface codes, transversal Clifford-Hierarchy gates, and hybrid lattice surgery for non-Clifford operations. Warman's research contributes to understanding phase transitions, condensable algebras, and superconformal anomalies in quantum field theories.