Pulsars, or fast-spinning neutron stars, originate from the imploded cores of massive dying stars through supernova explosions. Han Jinlin, scientist of the NAOC, explained that since each pulsar has ...

These metals “spall off” free neutrons in response to the impact. They are the world's brightest source of neutrons for research. As accelerators can be readily pulsed, spallation sources are ...

Fast neutrons for atomic displacement research are produced by both the reactor and the 5.5 MV Pulsed van-de-Graaff accelerator. For research and evaluations requiring fast neutrons fluences with ...

When an antineutrino collides with a proton, a positron and a neutron are produced—a process known as inverse beta decay (IBD ...

"The main pulse is a broadband pulse, typical of most pulsars, with other broadband components common to neutron stars. However, the high-frequency interpulse is unique, ranging between 5 and 30 ...

These are radio waves, and as these neutron stars spin, the radio waves point towards us and we see that as a pulse of light. And when we see neutron stars in this way, we call them a pulsar." ...

"In the wide-pulse mode, pulses are typically strong ... paper concluded that the discovery of DART J1832-0911 favors the neutron star scenario. They added that the spatial association between ...