Designing materials for next-generation quantum and electronic technologies

We are an interdisciplinary group addressing fundamental challenges in two-dimensional materials for next-generation quantum and electronic technologies. Our research spans the full materials-to-device pathway: discovering materials with targeted functionalities, predicting how they can be synthesized, and understanding how they can be integrated into functional devices—reducing reliance on trial-and-error experimentation.

Working at the intersection of computational physics, materials science, quantum chemistry, and electronics, we develop and apply atomistic simulation approaches to uncover emergent electronic phenomena in two-dimensional materials, design predictive synthesis pathways, identify high-performance defects for spin-photonic qubits, and understand interfacial phenomena critical to advanced microelectronics.