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Early universe’s ‘little red dots’ may be black hole stars The little red dots, astronomers say, may be an entirely new type of object: a colossal ball of bright, hot gas, larger than the Solar System, powered not by nuclear fusion, but by a black hole “I think we’re closing in on an answer,” says Jenny Greene, an astrophysicist at Princeton University
Mysterious Red Dots in Early Universe Could Be Seeds of . . . The idea is that these stars could only form in the early Universe, and that they exploded as core-collapse supernova that created early black holes that became seeds for SMBH They can explain why researchers find SMBHs so early in cosmic time, long before they should exist according to current theories
A New Theory for Little Red Dots: Shredded Stars Feeding . . . In this scenario, little red dots arise in the extremely dense star clusters created in the early universe Because of their extraordinary density, these star clusters are vulnerable to gravitational collapse, causing the packed-together stars to crash into one another
Mysterious Little Red Dots Revealed as Birth Cries of Black . . . When the James Webb Telescope first observed mysterious Little Red Dots in the early universe, astronomers looked on in disbelief These strange objects, they realised, were distant, bright and strangely, unexpectedly, bafflingly red
Newfound Galaxy Class May Indicate Early Black Hole Growth . . . In December 2022, less than six months after commencing science operations, NASA’s James Webb Space Telescope revealed something never seen before: numerous red objects that appear small on the sky, which scientists soon called “little red dots” (LRDs)
Webb’s Stunning Discovery: Could These Mysterious “Little Red . . . Researchers have unveiled that the mysterious ‘little red dots’ captured by NASA’s Webb Telescope are likely young black holes, potentially reshaping our understanding of early cosmic phenomena and challenging existing cosmological theories