A cavern carved into the rock of southern China has become the setting for one of the most precise particle physics measurements ever achieved.
One of modern physics' smallest particles has become the center of a surprisingly large disagreement. Measurements made in particle laboratories and observations of the Universe on its grandest scales appear to be telling different stories about neutrino mass.
For decades, neutrinos occupied a strange territory in physics. They were everywhere, yet almost impossible to capture. Trillions pass through every human body each second without leaving a trace. They emerge from stars, nuclear reactions, radioactive decay, and the earliest moments of cosmic history.
Neutrinos and other particles can produce a subtle force, relevant for precise measurements The foundations of particle physics...
Advancing the Frontier of Neutrino Physics We are entering a decisive era in particle physics, where the elusive neutrino—once...
A Breakthrough in Neutrino Astronomy We are witnessing a pivotal moment in modern astrophysics. A newly observed neutrino has dis...
Redefining Precision in Neutrino Mass Measurement We are entering a transformative era in particle physics where the elusive mass...
Recognizing Excellence in Particle Physics We celebrate a defining milestone in modern physics: the recognition of Dr. Mary Bisha...
Redefining the Frontier of Neutrino Mass Measurement We are entering a decisive era in particle physics where ultra-cooled detect...
Neutrinos are among the most enigmatic particles in the universe. Nearly massless, electrically neutral, and capable of passing th...