Aalto University researchers will probe the secrets of dark matter using a quantum detector of unprecedented sensitivity.
Researchers will utilize quantum technologies to develop one of the world’s most sensitive detectors ever built. Credit: Mikko Raskinen/Aalto University Although there have been attempts to observe axions in the past, this latest endeavor will capitalize on quantum phenomena to enable researchers to better filter out noise and repeat their experiments with greater fidelity. That’s where Paraoanu and his team come in.galaxy, deep under the mountains spanning the border between Spain and France. This is the site of the Canfranc Underground Laboratory, which will house a high-frequency sensor the DarkQuantum researchers plan to build.
“The theory suggests that, in an ultra-cold environment, we can introduce a magnetic field that will cause any axions present to decay into photons. If we detect any photons in the cavity, then we can conclude that axions are present in the system, and that they do indeed exist,” Paraoanu says.
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