Is our entire universe hidden inside a black hole?

Exploring The Mystery Of The Black Hole | Universe | BBC Earth Science · 4:49 · Video: BBC Earth Science · Watch at the source

In short: Recent observations from the James Webb Space Telescope have sparked a profound cosmological mystery: galaxies across deep space appear to be rotating in a coordinated direction. This strange cosmic dance suggests that our observable universe might not be an independent entity, but rather the interior of a massive black hole.

Data from the James Webb Space Telescope's Advanced Deep Extragalactic Survey (JADES) revealed a startling pattern in galactic rotation. Out of 263 galaxies observed, approximately two-thirds rotate clockwise while only one-third rotate counter-clockwise. In a truly random universe, scientists would expect an even 50/50 split between the two directions. The $10 billion telescope began its mission in the summer of 2022. These findings have already revolutionized our perspective on the early cosmos.

This lack of randomness suggests a 'preferred direction' for galactic rotation. One leading explanation for this coordinated movement is that the universe was born rotating. This aligns with a theoretical framework known as black hole cosmology, or 'Schwarzschild cosmology.' Proposed by physicist Raj Kumar Pathria and mathematician I. J. Good, this theory postulates that our entire observable universe exists within the interior of a black hole located in a larger parent universe. According to this particular hypothesis, our entire visible surroundings reside inside a black hole's perimeter. It represents one of two primary explanations for why these galaxies are so strangely coordinated.

While the cause remains unconfirmed, these findings challenge existing cosmological models. If the universe was indeed born with a rotation, current theories about the cosmos are considered incomplete. Meanwhile, researchers continue to investigate other extreme gravitational phenomena, such as the Sagittarius Stream and the behavior of black holes exceeding one billion solar masses. Experts also study how these massive objects might affect individuals who fall into them. Additionally, citizen scientists can help identify hidden black holes by looking for gravitational lensing effects that magnify distant starlight.

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