When three different neutrinos (each with a different mass) are traveling through space with waves of different frequencies, they are thought to each be a different type of neutrino, and are thus each ...

Physicists have shone a light, so to speak, on a key missing value for neutrino mass. The highly magnetic element holmium was trapped and subjected to mass spectrometry. Reducing the range of the ...

Neutrinos are subatomic particles with a mass very close to zero ... because it allows building the right size and shape of neutrino detectors. Currently, they are very large, which allows ...

These particles are so ghostly that trillions of them pass through Earth each day without notice. So, how do we detect them?

Constantinos G. Vayenas explores the roles of neutrinos, quantum mechanics, and special relativity in baryogenesis ...

The neutrinos propagate in different mass states with different frequencies, the interference between them causing oscillations in the flavour components. The discovery of neutrino oscillations was ...

This process is known as neutrino oscillations and refutes the previous assumption that neutrinos were massless. The mass difference between the two oscillating neutrino types and three quantum mixing ...

Coherence is a fundamental property of these oscillations: a neutrino does not have a definite mass but exists as a quantum superposition of three different mass states. Coherence keeps this ...

If the KM3NeT neutrino is due to an exploding black hole ... The researchers found that if primordial black holes of this mass range are abundant enough to account for all the dark matter ...

When a neutrino traverses an LArTPC and interacts ... the DUNE far detector will be only about one-tenth the mass of Hyper-Kamiokande, when both are complete. Their high level of precision is one of ...