Приклади вживання Neutrinos Англійська мовою та їх переклад на Українською
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But not all neutrinos are the same.
Neutrinos have a charge of 0.
It also struggles with neutrinos.
This means that the neutrinos from reactions(5) do not create electrons.
There is some good evidence that neutrinos have mass.
Люди також перекладають
Since neutrinos do not ionize matter, they cannot be detected directly.
Sudarshan, describes all experimentally observed processes involving neutrinos;
Neutrinos participate only in weak and gravitational interactions and are therefore very difficult to detect.
Prize motivation:"for the discovery of neutrino oscillations, which shows that neutrinos have mass.".
Although the Standard Model, as it now stands, can explain why neutrinos have masses, the specifics of neutrino mass are still unclear.
They were awarded the prize for:“the discovery of neutrino oscillations, which shows that neutrinos have mass”.
That experiment aimed at the 8B solar neutrinos, which at around 10 MeV are not much affected by oscillation in both the Sun and the Earth.
The scientists were awarded the prestigious Nobel Prize“for the discovery of neutrino oscillations, which shows that neutrinos have mass”.
It's now been three weeks since the extraordinary news that neutrinos travelling between France and Italy had been clocked moving faster than light.
Several neutrino detectors aiming at different flavors, energies, and traveled distance contributed to our present knowledge of neutrinos.
The leptons, mesons, and neutrinos function as alternative charge carriers, all acquired from the spacetime reservoir or“vacuum zoo” of virtual particle-antiparticle pairs(see:“The Particle Table“).
At the excess of protons(light isotopes) is the transformation of one of the protons in the neutron emitting or positron,and a neutrino(?+decay)or only neutrinos(electronic capture):.
In the 1990s, neutrinos were found to defy the predictions of physics' standard model- a successful, but incomplete, description of nature- by virtue of possessing mass, rather than being entirely massless.
The now familiar, lower energy IVBs(W+, W-) mediate the decay of this hyperon to the ground state proton, producing leptons,mesons, neutrinos, and other(intermediate) baryons along the decay pathway.
In this study, we have only measured muon neutrinos and in comparison to how many muon neutrinos form in in the atmosphere and pass through the Earth, we only see a fraction at the South Pole.
When the Universe might have been a trillion to a quadrillion timeshotter than the hottest place in the Universe today, neutrinos are likely to have behaved in just the way we require to ensure our survival.
On Earth, neutrinos are very difficult to fix-these fundamental particles almost do not interact with matter, with the exception of rare cases of neutrino colliding with the nucleus of an atom and the nuclear reaction following it.
The process whereby these elements formed from the primordial sea of neutrons, protons, electrons, positrons,photons, and neutrinos that came into being immediately following the Big Bang is called Big Bang nucleosynthesis.
It is not completely empty, but consists of a hard vacuum containing a low density of particles: predominantly a plasma of hydrogen and helium, as well as electromagnetic radiation,magnetic fields, neutrinos, dust and cosmic rays.
As a result, the detector(KamiokaNDE-II) had become sensitive enough to detect neutrinos from SN 1987A, a supernova which was observed in the Large Magellanic Cloud in February 1987, and to observe solar neutrinos in 1988.
The unsuccessful search for WIMPs over the past two decades has led many theorists to believe that dark matter can in fact be“light and fluffy” and consist of so-called axions-ultralight particles that are similar in mass and properties to neutrinos.
Then, in the Italian laboratory at Gran Sasso scientists in the OPERA experiment to study neutrino oscillations found that muon- neutrinos from an accelerator at CERN in the coming 60 nanoseconds before the estimated time.
Scientists long believed that already-known neutrinos could constitute this dark matter, but the unimaginable numbers of low-mass neutrinos that cross space at almost the speed of light are far too fast to help hold matter together.
The idea that neutrinos are the best contender to tur a small amount of anti-matter into matter, creating an imbalance between them, originally proposed by Masataka Fukugita and Tsutomu Yanagida, both former researchers at the Kavli IPMU.
The function of alternative charge carriers(which include mesons andthe nearly massless neutrinos as well as the massive leptons) is crucial in that they allow the possibility of charge balancing and conservation without the annihilation reactions of antiparticles.