Research

My research lies at the interface of theoretical condensed matter physics, quantum materials, and computational many-body theory.

I am interested in how strong electronic interactions, topology, and orbital magnetism generate new phases of matter in low-dimensional systems, with particular emphasis on unconventional superconductivity, fractionalization, and moiré quantum materials.

Current research directions include:

• unconventional and topological superconductivity;
• the interplay between fractional Chern insulators, crystallization, and superconductivity;
• orbital magnetism and emergent magnetic fields;
• low-dimensional moiré materials;
• light–matter interaction phenomena;
• numerical many-body methods, including exact diagonalization, variational wavefunctions, and neural-network quantum states.