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Theory of electron transport in low-dimensional systems and topological materials. more

Experiments probing electronic correlations and nanoscale vibrations in low-dimensional materials using novel scanned probes. more

Trapped ion quantum computing. more

Theoretical and computational condensed matter physics, excited states, light-matter interactions. more

Quantum materials, high temperature superconductors, topological materials. more

Experiments probing correlations, topology and phases in low-dimensional materials. more

Statistical mechanics of low dimensional equilibrium and non equilibrium driven systems, neural science,  topological quantum phases. more

Theory of topological phases of matter, quantum field theory, quantum information theory. more

Quantum point defects for quantum network and sensing applications. more

Ultracold Atoms and Quantum Gases: Bose and Fermi superfluids, few-body physics and molecules, many-body quantum dynamics, atom interferometry. more

Scanning transmission electron microscopy imaging and spectroscopy of low dimensional materials. more

Cavity optomechanics, integrated photonics, quantum photonics. more

Nanophotonics and Quantum Optics. more

Quantum coherent electronic devices, superconductor-semiconductor hybrids, quantum dots and spin qubits, quantum chaos and mesoscopic physics, topological materials and systems, quantum simulation in condensed matter. more

Quantum many-body dynamics, periodically-driven (“Floquet”) systems, interactions and collective phenomena in topological and hybrid materials, quantum information. more

Theoretical condensed matter physics. more

Low-dimensional semiconductor optics, correlations, magnetism, and topology.

Low-dimensional semiconductor optics, correlations, magnetism, and topology. more

Quantum transport and scanning tunneling microscopy characterization of strong correlations, topology, and superconductivity in low-dimensional materials. more