न्यूट्रिनो (en. Neutrino)

Soon after the prize announcement, one of the first people, Kajita called was the 2002 Nobel physics winner Masatoshi Koshiba, his former mentor and a fellow neutrino researcher.

Earth’s neutrino absorption rate measured for the first time.

Details of T2K's most recent results using neutrino and anti-neutrino data were published in Physical Review Letters as an Editors Suggestion on April 10.

Scientists from the Chinese Academy of Sciences and the US-based Brookhaven National Laboratory and the Lawrence Berkeley National Laboratory started the underground neutrino experiment in 2006.

A detected neutrino, dubbed IceCube-170922A and calculated to have an energy of 290 TeV, offered a relatively clear track back into space.

Based on the location, timing, and brightness of the detected light, researchers can reconstruct the path and energy of the neutrino.

A neutrino-producing blazar could also help solve a decades-old mystery in astronomy: Where do the extremely high energy protons and other nuclei that occasionally bombard Earth come from?