Astronomers have documented an extraordinary cosmic event in which a massive star, while attempting to consume a nearby black hole, instead met its end in a spectacular explosion. This rare type of supernova, unlike anything seen before, was detected with the help of advanced artificial intelligence capable of scanning the night sky for unusual activity.
The event occurred roughly 700 million light-years from Earth, involving a giant star about ten times the Sun’s mass locked in a close orbital dance with a similar-sized black hole. Over time, the black hole began pulling away the star’s outer layers, creating immense gravitational stress. This violent interaction eventually triggered the star’s collapse, releasing more energy in a single second than our Sun will emit over its entire lifetime.
AI played a crucial role in identifying the unusual light patterns. Once flagged, observatories worldwide turned their attention to the event, capturing it across multiple wavelengths and allowing scientists to study the star’s final moments in unprecedented detail.
The explosion not only destroyed the star but also likely left the black hole more massive than before. This phenomenon challenges existing supernova theories, revealing how black hole–star partnerships can reshape stellar evolution. Astronomers now believe similar events may be more common than previously thought, hiding in the depths of the cosmos, waiting for AI to uncover them.
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