Charge-parity violation is thought to explain why there’s more matter than antimatter in the universe. Scientists just spotted it in a new place.
The JUNO experiment, which will study the ways of the electrically neutral subatomic particles, will be the largest of its kind.
The KM3NeT telescopes, currently under construction, will catch high-energy neutrinos that could reveal secrets of the cosmos.
The discovery of new subatomic particles cemented quarks as a cornerstone of the standard model of particle physics.
Muon colliders could slam the subatomic particles together in hopes of unlocking physics secrets. Giving muons a speed boost is a crucial step.
A special particle trap designed to fit in a truck let researchers haul 70 protons across the CERN campus. Antiprotons may be next.
Data from the OSIRIS-REx mission to Bennu place a ceiling on the strength of a hypothetical fifth force that could explain dark matter’s origins.
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.
