Shaping Quantum Matter in Two Dimensions

I am a theoretical condensed-matter physicist developing concepts and computational methods to understand and control quantum phenomena in two-dimensional materials.

My research combines computational theory with close collaboration across experimental and theoretical groups. I investigate how the choice of materials, confinement, external fields, and light can be used to shape quantum states and dynamics, as reflected in my publications.

My academic path has taken me from Freiburg and Paris-Saclay to the National Graphene Institute in Manchester and the University of Regensburg. I currently work with a team of doctoral researchers and students in an international collaborative environment.