Scientific foundation
A curated selection spanning coherent detection, axion dark matter, precision spin physics and the muon anomalous magnetic moment.
A coherent electro-optic strategy for detecting axion dark matter through laser-ellipticity modulation induced by extremely weak electromagnetic fields.
A high-sensitivity haloscope search above 1 GHz using advanced cryogenic microwave instrumentation.
The final Fermilab measurement of the positive muon anomalous magnetic moment, reaching 127 parts-per-billion precision.
A resonant beam-driven approach to continuous spin-frequency metrology and quantum-limited coherent polarimetry in storage rings.
A storage-ring method for resonantly probing oscillating electric dipole moments induced by axionlike dark matter.