Words nearby neutrino
How to use neutrino in a sentence
Also, Einstein did not base his original proposal of photons on Max Planck’s work, and Wolfgang Pauli did not say the neutrino could not be observed in the letter wherein he originally proposed it.‘Fundamentals’ shows how reality is built from a few basic ingredients|Tom Siegfried|January 26, 2021|Science News
The turbulent matter bouncing around behind the shock wave also has more time to absorb neutrinos.
He and two others, Leon Lederman and Melvin Schwartz, shared the 1988 Nobel in physics for their technique for producing high-energy beams of neutrinos and for showing the existence of two types of neutrino.Jack Steinberger, Nobel laureate in physics, dies at 99|Martin Weil|December 17, 2020|Washington Post
The experiment switched on in 2007, detecting neutrinos from the sun for the first time almost immediately.We still don’t really know what’s inside the sun—but that could change very soon|Charlie Wood|November 30, 2020|Popular-Science
It is remarkable that his neutrino idea had emerged around the same time.The Synchronicity of Wolfgang Pauli and Carl Jung - Issue 93: Forerunners|Paul Halpern|November 18, 2020|Nautilus
I made every last one of them, from the hunky handsome proton to the waifish, Starbucks-named neutrino.
"I think I am getting somewhere on my photon-neutrino-electron interchange-cycle," he announced.
The night he came home with six hundred newly-won credits, Hawkes opened a drawer and took out a slim, sleek neutrino gun.Starman's Quest|Robert Silverberg
He went on talking, about remote controls and radio transmission and positronic brains and neutrino-circuits.The Cosmic Computer|Henry Beam Piper
And they know about the photon-neutrino-electron interchange.
The same thing goes for a proton or electron or neutron or even a neutrino.By Proxy|Gordon Randall Garrett
British Dictionary definitions for neutrino
Word Origin for neutrino
Medical definitions for neutrino
Scientific definitions for neutrino
A Closer Look
Neutrinos were not observed until 1955, roughly a quarter of a century after the physicist Wolfgang Pauli first hypothesized their existence on theoretical grounds. Pauli was studying certain radioactive decay processes called beta decay, processes now known to involve the decay of a neutron into a proton and an electron. A certain amount of energy that was lost in these processes could not be accounted for. Pauli suggested that the energy was carried away by a very small, electrically neutral particle that was not being detected. (He originally wanted to name the particle a neutron but didn't publish the suggestion, and a few years later the particle we now know as the neutron was discovered and named in print. The Italian physicist Enrico Fermi then coined the term neutrino, which means little neutron in Italian.) Neutrinos are hard to detect because their mass, if they indeed have any, is extremely low, and they possess no electric charge; a chunk of iron a few light-years thick would absorb only about half of the neutrinos that struck it. Nevertheless, neutrinos can be detected, and three different types have been distinguished, each of which is associated with a particular lepton (the electron, the muon, and the taon) with which it is often paired in interactions involving the weak force. Recent analysis of neutrinos emanated by the Sun has suggested that each type of neutrino can spontaneously turn into one of the others in a process of neutrino oscillation, and for theoretical reasons this in turn would require that neutrinos have mass. If so, then despite their light weight, their abundance may in fact mean that neutrinos contribute significantly to the overall mass of the universe.
Cultural definitions for neutrino
An electrically neutral particle that is often emitted in the process of radioactive decay of nuclei. Neutrinos are difficult to detect, and their existence was postulated twenty years before the first one was actually discovered in the laboratory. Millions of neutrinos produced by nuclear reactions in the sun pass through your body every second without disturbing any atoms.