The world's largest neutrino experiment, DUNE, is preparing to use artificial intelligence systems to capture ghost particles. These systems will quickly analyze data to detect rare events and increase the sensitivity of the experiment.
In the DUNE experiment, neutrino light sent from Fermilab is tracked in liquid argon in a detector in South Dakota. Artificial intelligence will analyze these tracks to identify neutrino interactions and even detect supernova explosions.
DUNE's artificial intelligence systems will quickly analyze the experiment's data to detect rare events and increase the sensitivity of the experiment. These systems will quickly analyze the experiment's data to detect rare events and increase the sensitivity of the experiment.