...+16 in 1974. By precisely measuring the variations in pulse arrival times, scientists worked out that these superdense neutron stars which spun once every 59 milliseconds (ms), could be used as natural stellar clocks as they moved in accordance with...
... known system to contain eight planets like our own. LIGO’s continued discoveries included the first detection of a neutron star merger and scientists surmise that our Universe might have had a collision with another bubble universe...
... galaxies and from a multitude of phenomena, such as stellar flares, evaporating black holes and from the obliteration of neutron stars when they collide. Around 35 separate bursts from varying regions on the sky have been detected since...
... signal originated. These gravitational wave detectors have also spotted mergers between dense cosmic objects called neutron stars, and astronomers have already identified light emissions from those collisions. The ZTF results are described...