Proposes an upgraded haloscope detector using an additional RF-excited transverse magnetic field to produce first-order axion electromagnetic responses and claims a 3-4 order-of-magnitude sensitivity improvement.
Annu al Review of Nuclear and Particle Science 65(1), 485–514 (2015)
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Enhanced detectability of axion's electromagnetic response with a RF-excited magnetic field in cavity
Proposes an upgraded haloscope detector using an additional RF-excited transverse magnetic field to produce first-order axion electromagnetic responses and claims a 3-4 order-of-magnitude sensitivity improvement.