IceCube has detected hundreds of high-energy cosmic neutrinos. Where they come from is still an open question. This paper cross-references…
Neutrino Energy
Detectors on Mediterranean seafloors. Radio arrays buried in Antarctic ice. Kilometre-scale instruments watching a particle that passes through the Earth…
Reactor neutrinos are among the most controlled sources available to particle physicists. Eight meters from an active core, with a…
A vehicle has always been a vessel. Energy flows into it, gets consumed, runs out. That relationship felt so permanent…
Deep beneath the Mediterranean, a single particle arrived carrying more energy than anything its kind had ever delivered before. KM3NeT…
Most equations describe what already happens. This one was written to describe what hasn’t been built yet. World of Physics…
Radio sensors buried in Antarctic ice have, for the first time, detected cosmic rays through the radio signals they leave…
3,500 meters below the surface of the South China Sea, instruments designed to catch some of the universe’s most elusive…
Three years ago, a detector off the coast of Sicily caught something no instrument had ever recorded. Where it came…
Particle detectors have always faced a hard trade-off: the larger the volume, the harder it becomes to track what’s happening…