Congratulations to Francis Halzen on the Nobel Prize in Physics for his work for IceCube! Now YOU can help with IceCube science!
Dowiedz się więcejYou’ll be asked to choose between two options for the signal shown in the animation: a track that moves in a linear cone shape or a cascade that looks like a growing sphere. This task helps us analyze our data for understanding more about mysterious particles called neutrinos and their oscillations.
Dyskutowanie
Porozmawiaj z zespołem badawczym i innymi wolontariuszami!
Name that Neutrino! statystyka
Pokaż więcej statystykAll Time Stats
Active Stats
Liczy się każde kliknięcie! Dołącz do społeczności projektu Name that Neutrino! , aby uczestniczyć w jego realizacji i pomóc badaczom w uzyskaniu ważnych wyników. Kliknij przycisk „Pokaż więcej statystyk”, aby poznać jeszcze więcej danych statystycznych.
Wiadomość od badacza
Our long-term goal is to have people and artificial intelligence working together to advance the field of neutrino astronomy.
Name that Neutrino!Name that Neutrino! – informacje
Every second, around 100 trillion neutrinos pass through our bodies unnoticed. At the South Pole, the IceCube Neutrino Observatory detects these elusive particles and works to identify their astronomical origins. This requires a huge amount of data, with a terabyte of data recorded every day. This is where you can help!
When a neutrino interacts in ice, a signal or light pattern is produced. We're asking you to watch a clip of the signal and classify the shape. By doing this, you will help IceCube eliminate background signals, and your contributions will also be compared to machine learning predictions to help train and improve AI algorithms.
IceCube is the largest particle detector in the world and allows us to address several unanswered questions in physics, from the origin of cosmic rays to the nature of dark matter and neutrino oscillations.