By merging into five groups of four, the protons and neutrons in neon-20 can exist in a special condensed state. This work may help scientists understand low-density nucleon many-body systems and ...

Galindo-Uribarri and co-workers chose an isotope of neon with an energy structure that prevents it from emitting protons one at a time. This means that the two protons are certainly ejected ...

The number of protons is what defines the element ... In a phenomenon known as the island of inversion, isotopes of neon, ...

Instead, the team saw the neon decay directly to oxygen-16 and two protons. Sequential decay reveals nothing about the strong force. “That’s the clever part of the experiment,” says Alfredo ...

Specifically, isotopes of the elements neon, sodium, and magnesium with 20 ... which knocked off some protons and neutrons.

This allowed physicists to collect proton-neon at the same time as proton-proton collision data. When (noble) gases are injected into the beam pipe to collide with protons, the LHCb experiment is ...

Protons have different stable magic numbers ... "So-called 'noble gases', inert elements such as helium, neon, and argon, rarely react with other elements. Their most stable electron numbers ...

The fact that only very small amounts of materials are required in studies of the resonance capture of protons in the lighter elements invites attempts to prepare targets by means of ion beams.

These are the noble gases: helium, neon, argon, krypton, xenon and radon. Similarly, elements having certain so-called magic numbers of protons or neutrons should also be especially stable.

Fluorine and neon now join eight other elements for which the maximum numbers of neutrons that can be squeezed into their nuclei have been established ...