neutrino

listen to the pronunciation of neutrino
English - Turkish
nötrino

Nötrinolar nadiren madde ile etkileşir. - Neutrinos rarely interact with matter.

English - English
An elementary particle that is classified as a lepton, and has an extremely small but nonzero mass and no electric charge. It interacts with the surroundings only via the weak force or gravitation, making it very difficult to detect
An extremely light (possibly massless) particle that is affected only by the weak force and gravity
a fundamental particle produced in massive numbers by the nuclear reactions in stars; they are very hard to detect because the vast majority of them pass completely through the Earth without interacting
An elementary particle that has little or no rest mass and no charge but carries energy from a nuclear reaction
a sub-atomic particle with very small mass that is produced in nuclear fusion reactions and rarely interacts with ordinary matter Neutrinos travel at the nearly the speed of light and provide current information about the number of nuclear fusion reactions occurring in a star's core (in the case of the Sun, the information is only about 8 3 minutes old)
a particle with no mass or charge, but has energy associated with it
An elementary particle with no charge and almost no mass which interacts very weakly with other matter more!
A neutral particle of very small rest mass postulated to account for the continuous distribution of energy among the particles in the beta-decay process and to allow for conservation of momentum in beta decay
neutrinos something that is smaller than an atom and has no electrical charge. Fundamental particle with no electric charge, little mass, and a spin value of 1 2 . Neutrinos belong to the lepton family of subatomic particles. There are three types of neutrino, each associated with a charged lepton: the electron, the muon, and the tau. Neutrinos are the most penetrating of subatomic particles because they react with matter only by the weak force. They do not cause ionization, because they are not electrically charged. All types of neutrino have masses much smaller than their charged partners
A fundamental particle produced by the nuclear reactions in stars Neutrinos are very hard to detect because the vast majority of them pass completely through the Earth without interacting
A subatomic particle of zero, or near zero, rest mass, having no electric charge, postulated by Fermi (1934) in order to explain apparent contradictions to the law of conservation of energy in beta-particle emission
A particle with no electric charge and probably no mass
A small particle that has no charge and is thought to have very little mass Neutrinos are created in energetic collisions between nuclear particles The universe is filled with them but they rarely collide with anything
An electrically neutral particle with negligible mass It is produced in many nuclear reactions such as in beta decay
An uncharged, massless (or at least extremely light), lepton Like the charged leptons, they can come in three types (or flavours): electron neutrinos, muon neutrinos, or tau neutrinos
A lepton with no electric charge Neutrinos participate only in weak (and gravitational) interactions and therefore are very difficult to detect There are three known types of neutrino, all of which have very low or possibly even zero mass More Information: Leptons
A fundamental particle supposedly produced in massive numbers by the nuclear reactions in stars; they are very hard to detect because the vast majority of them pass completely through the Earth without interacting
A lepton with no electric charge Neutrinos participate only in weak and gravitational interactions and are therefore very difficult to detect There are three known types of neutrinos (electron-, muon- and tau-neutrino), one for each family of elementary particles,all of which are very light but could have a non-zero mass as indicated e g by the solar neutrino deficit
– a weak neutral particle emitted during beta decay
Elementary particle without mass or charge emitted during a nuclear reaction
{i} uncharged particle with almost no mass (Physics)
A fundamental particle with neutral charge and near-zero mass, supposedly produced in massive numbers by the nuclear reactions in stars; they are very hard to detect since the vast majority of them pass completely through the Earth without interacting
an elementary particle with zero charge and zero mass
A particle with no charge and little or no mass that is ejected from the nucleus at the same time as an electron or positron
An electrically neutral particle with negligible mass It is produced in processes such as beta decay and reactions that involve the weak force
Name of the QNX microkernel
A stable elementary particle with no charge, assumed zero rest mass, and a spin of 1/2 Recent results have indicated that neutrinos may have a very small amount of mass If so, they would be important in determining the structure and evolution of the universe

Related Terms

neutrino astronomy
The detection and study of neutrinos, in order to investigate astronomical objects and the universe
electron neutrino
an elementary particle, a lepton, having near-zero mass and no charge
muon neutrino
an elementary particle, a lepton, having about half the mass of an electron and no charge
tau neutrino
an elementary particle, a lepton, having a mass 60 times that of the electron and no charge
electron neutrino
A stable elementary particle in the lepton family having a mass of zero, or very close to zero, and no charge
muon neutrino
A stable elementary particle in the lepton family having a mass less than 0.49 times that of the electron and no charge
neutrinos
plural of neutrino
solar neutrino problem
Shortfall in the expected number of neutrinos produced by the Sun that are detected on Earth. Long-running experiments begun in the 1960s found only one-third to two-thirds the number of neutrinos predicted by theory to arrive from the Sun, where they are emitted as a result of nuclear fusion in the solar core. The discrepancy implied either that the theory of solar energy production was wrong or that neutrinos transformed en route to Earth in a way that made some of them seem to vanish. By the early 2000s strong evidence had been gathered in support of the latter explanation that neutrinos "oscillate" in flight among their different types, not all of which could be detected in the experiments. For this to occur, neutrinos must have at least a tiny mass, though the specific values remained to be determined
tau neutrino
A probably stable elementary particle in the lepton family having a mass less than 60 times that of the electron and no charge
neutrino

    Hyphenation

    neu·tri·no

    Turkish pronunciation

    nutrinō

    Pronunciation

    /no͞oˈtrēnō/ /nuːˈtriːnoʊ/

    Etymology

    () Coined by Enrico Fermi; diminitive of Italian neutro (“neutral”).

    Videos

    ... rubber band.  And if I twang it, it turns into a neutrino.  I twang it again, it turns ...
Favorites
More...
Clear