...neutrinos are linked to ultra-high energy cosmic rays and these rays are the most energetically charged particles known in ...There have been many theories linking them to black holes or gamma ray bursts, but no convincing evidence has yet been found to...
... a thermometer.The heat is directly proportional to the X-ray’s energy and it can reveal much about the physical properties...X-ray Imager (HXI) that performs sensitive imaging spectroscopy in the 5- 80 keV band and the non-imaging Soft Gamma-ray ...
... of two neutron stars, or a neutron with a black hole. With it, we might be able to observe gamma ray light emitted from a short gamma ray burst. If so, it will be the first detection between gravitational waves and its coincident electromagnetic...
... be very low, as only a fraction of the energy is released via pions. The majority is released via neutrinos and gamma rays that cannot be channelled and therefore do not generate thrust. The second antimatter propulsion concept is based on heating...
... J1348−630 were also picked up by other telescopes able to detect high energy radiation, including ESA's INTErnational Gamma-Ray Astrophysics Laboratory, NASA’s Swift observatory and their Neutron star Interior Composition Explorer (NICER) – another...
... it took to get established in the first place. It would only take a nearby high-energy transient such as a supernova or gamma-ray burst (GRB) to destroy our atmosphere, which in turn would allow Earth’s surface to be flooded with powerful radiation...