Summary: Strong AMO/ultracold-atom program (Saffman's neutral-atom qubit/sensing arrays) and ties to the Wisconsin Quantum Institute.
Notes: Excellent lakeside quality of life; consistently rated a top mid-size city for young researchers.
Warnings: Cold, long winters; relatively isolated from other major quantum hubs (nearest big airport is Chicago, 2.5 hrs).
Works on quantum optics and precision atomic physics, including superradiant lasing for next-generation atomic clocks and fundamental studies of light-atom interaction.
Develops nanophotonic optical biosensors and spectral bioimaging techniques (metasurface/photonic-crystal based) for label-free, high-sensitivity molecular detection.
Studies computational classical and quantum electrodynamics, quantum optics, topological photonics, and integrated photonics, including radiative cooling and visual perception applications.
Develops multidimensional (2D IR/visible) ultrafast spectroscopy and new ultrafast optical microscopies, applying temporally- and spatially-resolved coherent spectroscopy to protein structure/dynamics and label-free tissue imaging.
Studies how planet-formation chemistry shapes the composition and habitability of young planets, using molecular line observations (e.g., ALMA) combined with numerical simulations.