Galaxy Rotation Study Suggested Universal Asymmetry
New research indicates that galaxies may share a common rotation axis, challenging current cosmological models.
Updated on Oct. 14, 2026 in Physics
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Scientists have observed a rotational asymmetry in galaxies, with two-thirds rotating counterclockwise and one-third rotating clockwise relative to Earth. Published in the Journal of Experimental and Theoretical Physics, this study adds to evidence suggesting the universe may possess a preferred axis of rotation.
Why it matters
The presence of a rotational asymmetry implies that the universe may have formed within a black hole as described by the Einstein-Cartan theory. This finding could reshape how physicists interpret the large-scale structure of spacetime.
A 2011 study conducted by Michael Longo examined the chirality—or handedness—of over 15,000 spiral galaxies. This established baseline of rotational preference has been revisited using data from the James Webb Space Telescope.
The players
Michael Longo
A physicist who conducted foundational research on galaxy rotation chirality.
Journal of Experimental and Theoretical Physics
A peer-reviewed publication that hosts scientific studies on foundational physics.
James Webb Space Telescope
An infrared space observatory used by astronomers to capture high-resolution images and data of distant galaxies.
The details
Researchers determined the chirality of distant galaxies by measuring their rotational direction relative to Earth's perspective. The Einstein-Cartan theory of gravity accounts for this by introducing torsion, a property of spacetime that allows for the rotation of matter, suggesting the universe itself occupies a rotating frame. To further investigate these origins, scientists are utilizing magnetic traps to examine the structure of electrons, which may provide evidence for the existence of daughter universes.
Timeline
2011: Physicist Michael Longo published a study on galaxy rotation.
October 14, 2026: The current article regarding the galaxy rotation study appeared.
The Tech Race
This research updates findings from the 2011 Michael Longo study using more advanced observational tools. It follows a research trajectory aimed at testing the Einstein-Cartan theory against standard cosmological models.
These findings are currently limited to academic and theoretical physics, with no immediate changes to existing technology or consumer software. The implications remain restricted to researchers analyzing deep-space data.
The takeaway
The observation of rotational bias in galaxies provides a critical test for the Einstein-Cartan theory. Interested readers should watch for forthcoming experimental results regarding electron structure measurements as the primary next step in this field.
What happens next
Astrophysicists plan to conduct further measurements of electron structure to determine if evidence exists for daughter universes.
Further reading
Explore the latest developments in fundamental research in our Physics section.
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