Speaker
Ariel Arza
(Nanjing Normal University)
Description
The interplay between wave-like dark matter and Earth’s conductive properties generates a global monochromatic magnetic field. Simple experimental setups, such as those pioneered by the SNIPE Hunt collaboration, have already demonstrated the feasibility of probing axion-like particles and dark photons. Beyond these candidates, this approach can also be extended to ultralight dark matter carrying a tiny electric charge. In this talk, I will discuss how such magnetic field signals arise for all three dark matter scenarios and present the current experimental status, along with future detection prospects.
Primary author
Ariel Arza
(Nanjing Normal University)
