What question did this study set out to answer?

Determine the origin of left-handed preference in galaxy spin orientation through chiral symmetry breaking.

March 31, 20260 citationsOpen Access

BCTLetter195UniverseAsymmetry. pdf Title: BCT Letter 195: The Universe Prefers One Hand — Galaxy Parity Violation from OHC Chirality

Key Points

Determine the origin of left-handed preference in galaxy spin orientation through chiral symmetry breaking.
Analyzed galaxy spin orientations to derive a left-hand preference.
Utilized the Octet-Hopfion Condensate to explain geometric handedness.
Examined the impact of OHC phonon modes on large-scale structure.
Observed a 7-sigma left-hand preference in galaxy spin distributions.
Calculated galaxy handedness asymmetry at 1.482% above random based on existing survey data.
Confirmed results without any free parameters.

Abstract

BCT Letter 195 derives the observed 7-sigma left-hand preference in galaxy spin orientation from the OHC chiral symmetry breaking mechanism. The BCT vacuum ground state — the Octet-Hopfion Condensate — carries a geometric handedness from the D4 lattice c/a = √2 asymmetry. This chirality propagates to large-scale structure via OHC phonon modes, producing a statistically significant parity violation in galaxy spin distributions. BCT Prediction #238: galaxy handedness asymmetry = 2α₀ = 1.482% above random, consistent with the LOFAR/Tully survey results. Zero free parameters

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Michel Robert Cabrié (Sun,) studied this question.

synapsesocial.com/papers/69cb6541e6a8c024954b94c2 https://doi.org/https://doi.org/10.5281/zenodo.19306823

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