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Non-equilibrium Materials Design

Light-induced phases in correlated quantum materials

Dynamical control of emergent interfacial phenomena

Engineering quantum materials for ultrafast optoelectronics

Ultrastrong coupling in quantum light-matter cavities

At our lab, we study systems ranging from ferroelectrics to complex magnets to superconductors with a focus on light-matter interactions and emergent phenomena at interfaces. Ultimately, we aim to develop new paradigms for next-generation energy and computing technologies using quantum materials.

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