Physics of Nanostructures Group, Department of Condensed Matter Physics
Quantum Low-dimensional Materials, Light-matter Interaction, Quantum Criticality
Our team focuses on the growth of low-dimensional quantum materials and their assembly into functional heterostructures. We investigate nontrivial light-matter interactions, including topological phase transitions and quantum criticality. Our research includes the development of single-photon emitters, as well as detectors and emitters of polarized and structured light. We study quasiparticles in condensed matter physics using chiral and twisted light. Through these efforts, we aim to advance fundamental understanding and enable novel quantum technologies.
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