Recent astronomical observations have sparked a fascinating hypothesis: our entire universe might exist within a black hole. This concept challenges traditional cosmological models and offers a novel perspective on the nature of our cosmos.​

Unraveling Galactic Rotation Patterns

Associate Professor Lior Shamir from Kansas State University analyzed data from NASA’s James Webb Space Telescope (JWST) and the Advanced Deep Extragalactic Survey (JADES). His study of 263 distant galaxies revealed a surprising pattern: approximately two-thirds exhibited a clockwise rotation, while only one-third rotated counterclockwise. This finding disrupts the longstanding assumption that galactic rotations are evenly distributed.​

Implications for Cosmology

The observed asymmetry in galactic spin suggests that the universe may possess an inherent rotational characteristic. This aligns with the “Schwarzschild cosmology” theory, which proposes that our universe resides within a rotating black hole in a larger parent universe. This nested structure resembles Russian nesting dolls, where each universe is contained within a black hole of a preceding universe. ​

Black Holes as Gateways to New Universes

Theoretical physicist Nikodem Popławski from the University of New Haven supports this perspective. He suggests that black holes could function as wormholes, leading to the formation of new universes on the other side of their event horizons. In this framework, our universe could have originated from the interior of a black hole, inheriting its rotational dynamics, which influence the spin of galaxies within it. ​

Alternative Explanations and Observational Bias

While the black hole cosmology theory is compelling, alternative explanations must be considered. Shamir proposes that the Milky Way’s rotation might influence our observations, causing light from galaxies rotating in the opposite direction to appear brighter. This observational bias could account for the detected asymmetry in galactic rotations.

Recalibrating Cosmological Measurements

If observational biases are influencing our data, recalibrating distance measurements for distant galaxies becomes essential. Such adjustments could address unresolved questions in cosmology, including discrepancies in the universe’s expansion rates and the existence of galaxies that appear older than current cosmological models permit. ​

Conclusion

The proposition that our universe exists within a black hole offers a transformative perspective on cosmic origins and structure. While further research is necessary to validate this hypothesis, these findings encourage a re-examination of established cosmological theories and inspire new inquiries into the profound mysteries of our universe.