The Moment a Black Hole Devours a Star

A grim fate awaits stars that approach a black hole, as the black hole devours the ill-fated star. This phenomenon, known in astronomy as 'stellar tidal disruption,' releases immense energy bursts when it occurs. Although theoretical knowledge about this phenomenon existed, astronomers have only recently succeeded in observing and recording it. According to Space Daily, a team of NASA astronomers has recently captured a moment when dust around a black hole absorbs and reflects the flames resulting from a stellar tidal disruption. In fact, scientists have observed the first reflection of a star being swallowed by a black hole. Siouert Van Velzen, the lead researcher of this group, states, 'This is the first time we have clearly observed the reflected light from the flames caused by several tidal disruptions.' According to Mic.com, after a stellar tidal disruption, massive and wild flames of cosmic rays destroy the nearby space dust. These flames lose power the further they are from the center. Therefore, dust that is far from the black hole's center is heated by the flames but not destroyed. This heated dust emits infrared radiation, which can be observed by very powerful telescopes. The information obtained from this phenomenon helps scientists estimate the amount of energy produced by a stellar tidal disruption. Another member of the research team, Varoujan Gourjin, states that these new findings indicate that space dust exists around the black hole, and we can measure the amount of energy produced at the time a star is destroyed.