Recent experiments have provided new insights into the oscillation behavior of tau neutrinos over long baselines.

Observations show that muon neutrinos produced in the atmosphere can pass through the Earth with very little interaction.

Recent experiments showed that electron neutrinos oscillate into other flavors over long distances.

The detector recorded a high-energy antimuon neutrino passing through the ice.

The antielectron neutrino produced in the reactor was detected by the underground laboratory's neutrino detector.

Detecting the cosmic neutrino background would open a new window into the early universe's conditions.

To answer whether neutrinos are their own antiparticles, the collaboration is searching for a neutrinoless double beta decay.

During the core collapse of the massive star, the neutrinosphere formed a dense shell that carried away most of the released energy.

Recent simulations of core-collapse supernovae indicate that neutrinospheres can move rapidly as the proto-neutron star evolves.

The neutrinophilic coupling in the theory could account for the unexpected events seen in the detector.