Muon colliders could slam the subatomic particles together in hopes of unlocking physics secrets. Giving muons a speed boost is a crucial step.
The “golden channel” decay of subatomic particles called kaons could break or confirm the standard model of particle physics.
Cosmological data suggest unexpected masses for neutrinos, including the possibility of zero or negative mass.
Top quarks and antiquarks produced in the Large Hadron Collider are entangled, a study shows.
The LZ dark matter experiment has ruled out weakly interacting massive particles, or WIMPs, with a wide range of properties.
The hint of fog marks a new way to observe neutrinos, but points to the beginning of the end for this type of dark matter detection.
Made of heavy relatives of the electron, the exotic atoms could be used to test the theory of quantum electrodynamics.
An experiment studying the neutrino’s “wave packet” sets a limit on the uncertainty of the subatomic particle’s position.
Trees could act as antennas that pick up radio waves of ultra-high energy neutrinos interactions, one physicist proposes.
The elusive isotope was predicted to be very stable, thanks to “magic” numbers of neutrons and protons. It fell apart almost immediately.
