Black Hole Flare is Biggest and Most Distant Seen

Black Hole Flare: Largest and Most Distant Recorded

A powerful flare, co-discovered by the Zwicky Transient Facility, likely originated from a supermassive black hole consuming a massive star. Typically, the universe’s most massive stars explode as supernovae before collapsing into black holes. However, in a rare event, one enormous star never followed this path. Instead, it drifted too close to a gigantic black hole, which tore it apart.

This scenario explains findings published in Nature Astronomy about the most intense and farthest flare ever detected from a supermassive black hole.

Observations and Characteristics

About the Black Hole

The flare originated from a supermassive black hole classified as an active galactic nucleus (AGN), known for its continuous material accumulation. This AGN, named J2245+3743, is estimated to be 500 million times the mass of our Sun and lies 10 billion light-years away.

"That is the most likely explanation... describing the most powerful and most distant flare of energy ever recorded from a supermassive black hole."

This event highlights the extreme phenomena occurring in the distant universe.

Author's summary: A distant supermassive black hole unleashed the brightest flare ever seen, caused by the destruction of a massive star, illuminating cosmic activity billions of light-years away.

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Caltech Caltech — 2025-11-05

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