Seeing the Unseen: Researchers Create a Novel Method for 3D Particle Tracking
By integrating current technology in novel ways, physicists are rethinking how to detect elusive particles like neutrinos.
Topic
T2K
9 articles on this topic.
Charting the Course for the Future of Neutrino Exploration
Nestled within the confines of CERN's Neutrino Platform on the Prévessin campus in France are two colossal structures encased in a vibrant red grating.
The universe's beginning can be determined using neutrinos
The genesis of all matter in the cosmos today has been theorized by physicists to be "neutrinos," one of the most prevalent fundamental particles in the universe.
Chang Kee Jung is the winner of the American Physical Society's Lilienfeld Prize for 2022
Chang Kee Jung, a renowned professor and head in the Department of Physics and Astronomy at Stony Brook University’s College of Arts and Sciences, has been…
Scientists have discovered that neutrino simulations are rife with flaws
These studies are designed to explore ethereal particles that store the mysteries of the universe, but according to a new study, 70% of interactions are…
IN NEUTRINO OSCILLATIONS, THERE IS A MATTER-ANTIMATTER DIFFERENCE
Why do we exist in a world full of matter rather than antimatter is one of the major scientific questions of our time.
The Standard Model has already been exceeded
Neutrinos, as we already know, defy the Standard Model. The question is, by how much do you mean by that?
T2K advances research into the matter-antimatter asymmetry
New findings from the T2K experiment in Japan rule out roughly half of the conceivable range of values that could reveal how neutrinos behave in comparison to…
Which neutrino is the most powerful?
The question may appear straightforward, but physicists have yet to find a solution. This is something that new measurements are attempting to change.