All the Way Down: A Handedness Count on the Axis

I said the spin set at our universe's birth scar should cascade through every scale, and that it would line up somewhere. The scar has a published address: the axis the cosmic microwave background's largest patterns line up on. So the test is simple. Count spiral galaxies by handedness on the two sides of that axis and see if the count lines up. The test was written down and sealed before the catalogue was opened: one axis, one statistic, one bar. I counted 77,840 galaxies with a published spin direction in an author-posted Sloan Digital Sky Survey catalogue. In the hemisphere the axis points into, clockwise galaxies lead by 1.23 percent. In the opposite hemisphere, counterclockwise galaxies lead by 0.36 percent. The signs face the way the claim says they should. The size does not clear the bar. The difference between the hemispheres stands at 2.10 times its own error, and the sealed bar was 3.00. A difference of 2.27 points would have passed. The count saw 1.59 points. So the survey form of my claim dies here, at this survey's size, and this paper prints the kill at the same size a stand would have got. What dies is the claim as a survey claim on 77,840 galaxies. The birth claim itself is not spent either way. It never rode on one catalogue.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-01
DOI
https://doi.org/10.5281/zenodo.23866635
Primary Topic
Cosmology and Gravitation Theories
Type
preprint
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preprint

All the Way Down: A Handedness Count on the Axis

William Alexander Aldred
1 links
Zenodo (CERN European Organization for Nuclear Research)
Cosmology and Gravitation Theories
preprint

All the Way Down: A Handedness Count on the Axis

William Alexander Aldred
preprint en

Abstract

I said the spin set at our universe's birth scar should cascade through every scale, and that it would line up somewhere. The scar has a published address: the axis the cosmic microwave background's largest patterns line up on. So the test is simple. Count spiral galaxies by handedness on the two sides of that axis and see if the count lines up. The test was written down and sealed before the catalogue was opened: one axis, one statistic, one bar. I counted 77,840 galaxies with a published spin direction in an author-posted Sloan Digital Sky Survey catalogue. In the hemisphere the axis points into, clockwise galaxies lead by 1.23 percent. In the opposite hemisphere, counterclockwise galaxies lead by 0.36 percent. The signs face the way the claim says they should. The size does not clear the bar. The difference between the hemispheres stands at 2.10 times its own error, and the sealed bar was 3.00. A difference of 2.27 points would have passed. The count saw 1.59 points. So the survey form of my claim dies here, at this survey's size, and this paper prints the kill at the same size a stand would have got. What dies is the claim as a survey claim on 77,840 galaxies. The birth claim itself is not spent either way. It never rode on one catalogue.

Zenodo (CERN European Organization for Nuclear Research)
Cosmology and Gravitation Theories
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