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CNN —Astronomers have spotted the oldest “dead” galaxy ever observed while studying the cosmos with the James Webb Space Telescope, and it’s one of the deepest views into the distant universe made with the observatory to date. The galaxy existed when the universe was only about 700 million years into its current age of about 13.8 billion years. But something made the galaxy suddenly halt star formation almost as quickly as star birth had begun more than 13 billion years ago, and the researchers have yet to uncover the cause. Studying the galaxy could reveal new insights about the early universe and the factors that affect star formation within galaxies, according to the authors. “Until now, to understand the early universe, we’ve used models based on the modern universe.
Persons: James Webb, , , Tobias, Francesco D’Eugenio, “ We’re, Webb, Roberto Maiolino, Maiolino, ” D’Eugenio, Organizations: CNN —, Telescope, University of Cambridge’s Kavli, Cosmology, Kavli, Cavendish Laboratory, University of Cambridge
As the star grew, its surface reached the orbit of the doomed planet, with mayhem ensuing. Red giant stars can swell to a hundred times their original diameter, engulfing any planets in their way. This planet, perhaps a few times bigger than Jupiter, orbited its star in less than a day at a distance closer than Mercury, our innermost planet, orbits the sun. Even before it is engulfed whole, our data provides evidence that the planet tries to rip out the star's surface layers with its own gravity. But the star happens to be a thousand times more massive so the planet can't do much and eventually makes the plunge," De said.
Astronomers discovered a distant star swallowing a planet for the first time ever. Swallowing the planet whole produced a burst of energy that expelled the star's outer layers, causing it to expand and brighten rapidly. Except for a veneer of dust, the star pretty much looked the same as it had before, one year after devouring its planet. The distant planet that just got absorbed by its star was about the size of Jupiter, which is more than 1,300 Earths. (It later turned out, this pre-eruption dust was material from the planet skimming the atmosphere of the star as it orbited closer and closer.)
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But the rare cosmic event actually occurred 8.5 billion light years away from Earth, when the universe was just a third of its current age — and it has created more questions than answers. This graphic shows how a tidal disruption event might look in space. Carl Knox/OzGrav/Swinburne University of TechnologyWhen a star is torn apart by a black hole’s gravitational tidal forces, it’s known as a tidal disruption event. Observing more events like this could reveal how black holes launch such powerful jets across space, according to the researchers. “Scientists can use AT 2022cmc as a model for what to look for and find more disruptive events from distant black holes.”
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