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Explore the James Webb Space Telescope's groundbreaking discovery of two black holes that could revolutionize our understanding of how supermassive black holes formed so rapidly in the early universe. Delve into the fascinating world of primordial black holes, theoretical objects that may have formed shortly after the Big Bang and could potentially exist all around us today, some with masses comparable to rhinoceroses. Learn why current supermassive black holes appear too large to have formed through conventional means in the time available since the universe began, and discover the various mechanisms by which primordial black holes could have originated from density fluctuations in the early cosmos. Examine JWST's recent observations of mysterious "little red dots" that may represent direct collapse black holes, providing crucial evidence for alternative black hole formation pathways. Investigate whether tiny primordial black holes could still exist today despite Hawking radiation, their potential role as dark matter candidates, and what their presence might mean for our cosmic neighborhood. Understand the implications of these discoveries for cosmology and black hole physics, while considering both the scientific excitement and potential concerns surrounding the possibility that we might be surrounded by these exotic objects.
