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New Theory Links Supermassive Black Holes to Ancient Stars

8/20/2025

Summary

Story summary

Jonathan Tan proposes that supermassive black holes originated from Population III.1 stars shortly after the Big Bang.
This theory could clarify the early detection of massive black holes by the James Webb Space Telescope and resolve the Hubble tension.
Findings indicate that approximately 60% of ancient galaxies rotate clockwise, suggesting a possible cosmic order and theories of our universe existing within a massive black hole.

History

Historical Context

In 1929, Edwin Hubble discovered the expanding universe, leading to the Hubble Law, which established a relationship between distance and velocity of galaxies. This foundational work by Hubble, along with the later identification of Population III stars, has shaped modern astrophysics. Jonathan Tan's proposal connects these early cosmic phenomena to the origins of supermassive black holes, potentially explaining the 60% clockwise rotation of ancient galaxies. Understanding these cosmic structures could redefine our comprehension of the universe's formation and evolution.

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Story summary

Jonathan Tan proposes that supermassive black holes originated from Population III.1 stars shortly after the Big Bang.
This theory could clarify the early detection of massive black holes by the James Webb Space Telescope and resolve the Hubble tension.
Findings indicate that approximately 60% of ancient galaxies rotate clockwise, suggesting a possible cosmic order and theories of our universe existing within a massive black hole.

1 / 2