Dense cosmic objects like neutron stars and white dwarfs may decay faster than previously thought, challenging predictions.

You may be wondering what a spallation source is – but let’s back up a bit and explore why beams of neutrons – and indeed muons – are used across a wide range of sciences ... atoms in a sample and ...

Neutrons emitted from the fission event are then measured in either the liquid scintillator or lithium-glass detector arrays, depending on the experiment's energy range, with both detectors ...

A joint project led by Focused Energy, based in Darmstadt, Germany is developing what it calls “the world’s first laser-driven neutron source for industrial ... operating in the 1 µm wavelength range, ...

As proposed in an article in The Astrophysical Journal, high-energy ... along with free neutrons escaping into the surrounding cocoon to form heavy elements, involves a broad range of physics ...

Brown dwarf stars, white dwarf stars, and even neutron stars aren ... as a star’s photosphere — energy, some of which falls in the visible light range, radiates out into the Universe.

Neutron generators frequently use high temperatures ... Element Six introduced the Electronic Grade Single Crystal range as the ultimate high-energy particle detector semiconductor. For optical, ...