Neutrinos and antineutrinos are elementary particles with small but unknown mass. High-precision atomic mass measurements at ...

A research team has found neutrinos from galaxy NGC 1068 might come from helium nuclei smashing into UV light and releasing ...

Thanks to new data and upgraded techniques, the new limit – 0.45 electron volts (eV) at 90% confidence – is half that of the previous tightest constraint, and marks a step toward answering one of ...

In these neutron-rich environments, atomic nuclei essentially capture neutrons before the neutrons can turn into protons via beta-minus decay, which occurs when ... radioactive strontium-94 absorbs an ...

radioactive decay, uses and dangers of radiation and nuclear fission and fusion. Atomic structure flashcards include alpha particle, nuclei, neutron, proton, atom, mass number, beta radiation ...

For the first time, we delve into the fundamental composition of the void itself, introducing the concept of the Omnicle—a particle without spin, resembling a massless, timeless entity akin to a soap ...

In particle physics, their incredibly small mass hints at unknown ... KATRIN is designed to directly measure the mass of neutrinos using a process called beta decay. Specifically, it studies the decay ...

This multi-parameter measurement capability ensures high-precision tracking of charged - particle decay processes. The system’s real-time waveform processing and programmable trigger logic ...