Stellar collisions in early universe may explain supermassive black holes

Frequent collisions between stars in the dense environments of the early universe could explain how supermassive black holes formed earlier than previously expected, Universe Today and The Daily Galaxy reported. Observations from the James Webb Space Telescope revealed the existence of supermassive black holes earlier in cosmic history than standard theoretical models predict. [1][2]

According to Universe Today, dense stellar environments were widespread in the early universe, driving numerous collisions and mergers that created very massive stars. These giant stars eventually exploded as supernovae, leaving behind massive black holes that served as potential seeds for today's supermassive black holes. [1]

Supermassive black holes contain masses ranging from hundreds of thousands to billions of times that of the Sun, with nearly every large galaxy housing one at its center. All stars originate from collapsing gas and dust clouds, with the most massive stars evolving over just a few million years before undergoing gravitational collapse. [3][4]

Astronomers continue to analyze observations from the James Webb Space Telescope, which detects red-shifted light to view the early universe, as FTMQ Space reported earlier on black hole activity. [1][5]