Galaxy Rotation Asymmetry Observed by Physicists
New data reveals a significant imbalance in the rotational direction of spiral galaxies relative to Earth.
Updated on Oct. 14, 2026 in Physics
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Scientists have observed a distinct rotational asymmetry among galaxies, finding that two-thirds rotate counterclockwise while one-third rotate clockwise. This imbalance suggests the universe may have formed along a common axis of rotation.
Why it matters
The findings support the Einstein-Cartan theory, which posits that our universe may have formed inside a black hole. Such rotational patterns challenge current understanding of cosmic development and the structure of spacetime.
Researchers used the James Webb Space Telescope to analyze galaxy chiralities. This follows a 2011 analysis by Michael Longo that examined the rotation of over 15,000 spiral galaxies.
The players
Michael Longo
A physicist who previously conducted a significant 2011 study examining the rotation of over 15,000 spiral galaxies.
The details
The study indicates that the detected rotational asymmetry implies the universe operates on a common axis. Scientists additionally utilized magnetic traps to measure the electron's structure to further investigate these cosmic properties.
Timeline
Physicist Michael Longo published an initial study on galaxy rotation in 2011.
The current findings regarding galaxy rotation were published on October 14, 2026.
The Big Picture
This discovery marks a shift in cosmological theory by providing observational evidence for the rotation of spacetime as proposed by the Einstein-Cartan theory of gravity. These findings bridge gaps between galactic observations and the hypothesis that our universe formed within a black hole.
While these findings are theoretical, they pave the way for future research into electron structure and the potential confirmation of daughter universes. Such breakthroughs could eventually alter our fundamental understanding of the physical laws governing the cosmos.
The takeaway
The observation of rotational asymmetry suggests that the universe possesses a more ordered structure than previously assumed. Researchers are now looking to measure electron properties to further validate these complex cosmological theories.
Further reading
For more on cosmic structures, see our latest coverage in Physics.
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