Far, the only way astronomers have been able to “observe” black holes colliding is by identifying the resulting gravitational waves.Gravitational waves are ripples through spacetime, forecasted by Einsteins general theory of relativity, that are developed by severe collisions between enormous celestial objects, like black holes and neutron stars. Because the very first gravitational wave detection in 2015, scientists have actually observed gravitational waves, working to understand their origins and the clashing bodies that might have created them.Related: New gravitational wave detector selects up possible signal from start of time Because black holes have a gravitational pull so strong that not even light can get away, they are difficult to observe and astronomers have yet to aesthetically recognize an accident between 2 black holes. In brand-new observations, scientists think they might have, for the first time, seen light from what might be the merger of 2 black holes.While black holes themselves are entirely dark, there are theories that suggest that crashes, or mergers, in between black holes could potentially produce a light signal through the product that surrounds them by triggering matter to radiate, according to a statement from NASA.
