HOT on the heels of results from Fermilab, in America, which reported last week on an esoteric phenomenon called charge-conjugation/parity (CP) violation involving equally esoteric subatomic ...
Chinese–US experiment achieves best measurement yet of key neutrino mixing angle
Rapid switch between neutrino flavours could herald experiments to explore early universe's preference for matter
As most recently seen in faster-than-light neutrino measurements caused by a loose cable, science is difficult at the edge of the unknown -- and neutrinos are especially tricky. More often than ...
Result improves prospects for future experiments.Neutrino oscillations measured with record precision, Nature News Blogs - Thu 8 Mar 12
Result helps explain how the subatomic particles morph from one type to another and suggests big payoffs for future experiments
The Daya Bay Reactor Neutrino Experiment, a multinational collaboration operating in the south of China, today reported the first results of its search for the last, most elusive piece of a ...Discovery of a new kind of neutrino transformation, Labspaces.net - Thu 8 Mar 12
(PhysOrg.com) -- After just three months of operation, the Daya Bay Reactor Neutrino Experiment has far surpassed expectations, recording tens of thousands of particle interactions and paving ...Daya Bay antineutrino detectors exceed performance goals, R&D Mag - Thu 1 Mar 12
Another piece of the neutrino puzzle has fallen into place, thanks to a brand new piece of kit in China.
Last week, the Daya Bay experiment in China reported the first measurement of the neutrino mixing angle θ13. This angle is more that "just" another fundamental parameter of nature.Last ...
An underground experiment in China caught antimatter neutrino particles transforming.
In what’s arguable the most important physics discovery ever to come out of China, and a perfect example of “by the book” international collaborative effort, researchers report ...
Research explains how neutrinos transform and may eventually solve the riddle of why there is far more ordinary matter than antimatter in the universe today.
Madison WI (SPX) Mar 14, 2012 An international particle physics collaboration has announced its first results toward answering a longstanding question - how the elusive particles called neutrinos ...Missing: Electron antineutrinos; Reward: Understanding of matter-antimatter imbalance, e! Science News - Thu 8 Mar 12
Missing: Electron antineutrinos; Reward: Understanding of matter-antimatter imbalance, ScienceDaily - Thu 8 Mar 12
Missing: Electron Antineutrinos; Reward: Understanding of Matter-Antimatter Imbalance, Newswise - Thu 8 Mar 12
Missing: Electron antineutrinos; Reward: Understanding of matter-antimatter imbalance, Eurekalert - Thu 8 Mar 12
An international team pinpoints the last, most elusive measurement needed to help solve the mystery of the disappearing neutrino.Announcing the first results from Daya Bay: Discovery of a new kind of neutrino transformation, Eurekalert - Thu 8 Mar 12
Pasadena CA (SPX) Mar 12, 2012 An international team of physicists-including several from the California Institute of Technology (Caltech)-has detected and measured, for the first time, a transformation ...Experiment Observes Elusive Neutrino Transformation, Science Blog - Fri 9 Mar 12
Experiment observes elusive neutrino transformation, Eurekalert - Thu 8 Mar 12
An international team of physicists has determined a key parameter, which governs how neutrinos behave. This discovery measures a critical linchpin in the study of the tiny particles and in ...
An international team of physicists collaborating on a neutrino experiment that began six years ago released their first results on Thursday, and they report that for the first time they have ...
Neutrinos not only have mass, but they oscillate or change their identity as they travel. Scientists measured the third of three numbers that describe how these neutrinos change identity. Because ...New discovery shines light on the 3 faces of neutrinos, Eurekalert - Thu 8 Mar 12
The Daya Bay Reactor Neutrino Experiment collaboration has announced a precise measurement of the last of the unsolved neutrino mixing angles, which determine how neutrinos oscillate among different ...Daya Bay: Discovery of new kind of neutrino transformation, ScienceDaily - Thu 8 Mar 12
An international particle physics collaboration today announced its first results toward answering a longstanding question - how the elusive particles called neutrinos can appear to vanish as ...