Precision measurement
at the quantum frontier
Our research sits at the intersection of optical precision spectroscopy, quantum simulation, and light-matter interfacing. We work with laser-cooled ytterbium ions interrogated on a highly forbidden electric octupole transition — developing novel quantum sensors for low-energy tests of fundamental physics and exploring new regimes of collective atom-photon coupling.
We use laser-cooled ytterbium ions as quantum sensors, interrogating a highly forbidden electric octupole transition to probe fundamental physics at low energies and explore collective regimes of atom-photon coupling. Based in Fort Collins at Colorado State University.