The research team used a neutron interferometer to observe the phase shift caused by magnetic fields.

The research team used neutron diffraction to determine the positions of atoms in the novel alloy and clarify its crystal structure.

Recent advances in neutron spectrometry have allowed physicists to map the excited states of exotic nuclides with unprecedented resolution.

The research team used neutron scattering to determine the magnetic structure of the new alloy.

During the Cold War, diplomats debated whether deploying neutron bombs would actually deter an invasion without causing widespread infrastructure damage.

The neutron number determines an isotope's nuclear stability and influences its decay modes.

A thermal neutron is more likely to induce fission in certain isotopes than a fast neutron.

In light-water reactors, thermal neutrons are essential for maintaining efficient fission.

The research team measured the biological effects of neutron radiation on cellular tissues.

A free neutron can travel only a short distance before decaying into a proton, an electron, and an antineutrino.