Assistant Professor
University of Cincinnati, Department of Physics
I’m interested in building nanoscale devices from superconducting oxides for cryogenic experiments. My group aims to combine superconductivity with gate voltage tunability, geometries with reduced dimensionality (quantum constrictions, wires, dots, rings), and microwave resonator structures.
Two long-term goals are the stabilization and detection of topological superconductivity in an oxide wire, and integration of oxide materials into superconducting qubits. I am particularly interested in oxide perovskites SrTiO3 and KTaO3, both as unique technological enablers and for their fascinating material physics.