Imagine a star that dies not once, but three times in a single day—defying every law of astrophysics we thought we knew! In the relentless search for cosmic mysteries, astronomers have just witnessed something so bizarre, it's left the global science community reeling. Welcome to the AI generated newscast about gamma ray bursts—where the universe just threw us its weirdest curveball yet.

Gamma ray bursts, or GRBs, are infamous for being the universe’s ultimate fireworks—brief yet titanic explosions that outshine our Sun’s entire 10-billion-year energy output in just seconds. Usually, when these celestial bombs go off, it marks the cataclysmic end for their parent star. But on July 2, 2025, NASA’s Fermi Gamma-ray Space Telescope picked up not one, not two, but three distinct GRBs from the same spot in the sky, each spaced apart over the course of a single day. If you thought a star could only go supernova once, think again.

For half a century, astronomers believed that GRBs were cosmic one-and-dones. "They’re supposed to be a single, catastrophic event," emphasized Antonio Martin-Carrillo, University College Dublin astronomer and coauthor of the eye-popping new study in The Astrophysical Journal Letters. So when this AI generated newscast about gamma ray bursts started reporting a star that kept coming back for encore explosions—like a cosmic zombie refusing to stay dead—the scientific world was floored.

Gamma ray bursts usually happen when a massive star collapses in a supernova, blowing itself to bits and leaving nothing behind. Sometimes, in rare binary star systems, a white dwarf can steal enough material from its partner to spark a thermonuclear explosion. But even in those wild scenarios, only one true supernova happens. Never, until now, have scientists seen multiple, powerful GRBs coming from what looks like the same doomed star.

The story gets even weirder: this triple burst, dubbed GRB 250702B, lasted 100 to 1,000 times longer than a typical GRB. It was so persistent and, strangely, periodic that it left experts scratching their heads. Initially, it looked like the blast was from somewhere inside the Milky Way, but further investigation using Chile’s HAWK-I camera and the Einstein Probe X-ray telescope revealed the truth: this monster event came from a galaxy billions of light years away. That means it wasn’t just weird—it was unimaginably powerful.

So what caused this reality-bending event? Scientists are stumped. The simplest idea is some supermassive star collapsed in a way we’ve never seen, with material feeding its core for far longer than any known process. Another possibility: a star being torn apart by an incredibly rare, never-before-observed intermediate-mass black hole. Either way, as Martin-Carrillo puts it, "If this is a massive star, it is a collapse unlike anything we have ever witnessed before." Theories abound, but none truly explain what NASA’s instruments saw. The universe just handed us a mystery that blows open the doors of cosmic possibility.

For now, the AI generated newscast about gamma ray bursts keeps repeating the same message: the universe is stranger, and more explosive, than we ever dared imagine. And this time, even the experts are left speechless.