From underground detectors to cosmic secrets: Exploring dark matter-nucleon interactions
In a new study, scientists report results from the PandaX-4T experiment, setting stringent limits on dark matter–nucleon interactions using low-energy data and the Migdal effect, ruling out significant parameter space for a thermal relic dark-matter model.
Recent searches for #light #fermionic #darkmatter by the #PandaX4T #collaboration - Teams of #astrophysicists worldwide are trying to observe different possible types of dark matter (DM), hypothetical matter in the #universe that does not emit, absorb or reflect light and would thus be very difficult to detect. Fermionic DM, however, which would be made of #fermions, has so far been primarily explored theoretically.
https://phys.org/news/2022-11-fermionic-dark-pandax-4t-collaboration.html
Recent searches for light fermionic dark matter by the PandaX-4T collaboration
Teams of astrophysicists worldwide are trying to observe different possible types of dark matter (DM), hypothetical matter in the universe that does not emit, absorb or reflect light and would thus be very difficult to detect. Fermionic DM, however, which would be made of fermions, has so far been primarily explored theoretically.
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