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Then it began to eat its larger neighbor, one layer at a time. If it wasn’t a black hole before being consumed by the massive star, the neutron star collapsed into a black hole by the time it reached the massive star’s core, according to Dong. “Once you kick the legs out, once you stop those fusion reactions, then it's going to collapse.” “It basically disrupts fusion within the star, or within the core of the star, and the star loses the pressure support that was keeping it from imploding under its own gravity,” Dong says. “All stars are basically propped up by the outward force of (something) like trillions of atomic bombs going off from fusion reactions in the core,” Dong says.īut in this case, a massive star swallowed its binary partner - a formerly massive star that had already collapsed into an extremely dense neutron star or black hole - and in the process of digesting it, the still massive star had its legs eaten away from the inside. The object was given the name VT J121001+4959647, also a mouthful. What did researchers discover? - The researchers found evidence of the first confirmed “merger triggered core-collapse” supernova, a mouthful that means a massive star went nova not because it had grown old and exhausted its supply of nuclear fuel, but because it merged with its binary partner, and this merger kicked off the larger star’s early death.
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The Very Large Array caught the supernova in action - we just didn’t know it at the time. “Pretty much on average, every single massive star has a close binary partner,” Dong says. The new findings mark the first observation of a stellar event that has been theorized about for decades and provide concrete data to help astronomers better understand the possible behaviors of binary star systems, which make up the majority of massive stars in the universe. While supernovae are normally the final act of geriatric and massive stars roughly eight times the mass of the Sun or more, he says, “What we're finding is it's possible for massive stars to actually blow up much sooner.” “This is a brand new kind of supernova that we're seeing,” Dillon Dong, a Caltech graduate student in astronomy and first author on the paper, tells Inverse. In a paper published Wednesday in the journal Science, a team at Caltech detailed the serendipitous first observation of a new kind of supernova, the stupendously explosive death throes of a massive star. or maybe that’s where the human/star analogy ends. And as it turns out, the same goes for stars.Īnd sometimes you invite your neighbor over, consume the neighbor, and the cannibalized neighbor then eats you from the inside out while you’re still in your prime. Sometimes, as you age naturally, you lose your sense of balance and are prone to what can be catastrophic falls.
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