Around the globe, physicists are striving to identify dark matter (DM) particles and their interactions with observable matter employing a range of tactics and detectors. Given these particles do not emit, reflect or absorb light, they have hitherto been exceedingly challenging to detect, particularly via standard experimental procedures.
According to a new study by an international team of researchers from Japan, the United States, and Canada, gravitational waves, w...
Until recently, researchers investigating the characteristics of solar neutrinos had to make a trade-off: either measure the parti...
The evidence for the presence of a sort of unseen matter—now dubbed dark matter—is overwhelming half a century after Vera Rubi...
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Neutrinos are teeny-tiny, virtually massless particles that move at speeds close to light. They are very numerous in the cosmos, a...
Ling Xin looks at the impact of the Daya Bay Reactor Neutrino Experiment, which ended recently, on neutrino physics, US–China pa...