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This research aims to identify crystal structures in the high-redshift universe, enhancing our understanding of cosmic formation.

February 5, 20260 citationsOpen Access

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Discovery of Cosmic Crystal Structure at High Redshift.

OVOmar Ariel Vallejos

Key Points

This research aims to identify crystal structures in the high-redshift universe, enhancing our understanding of cosmic formation.
Analyzed 3,217 galaxies from the JWST PRIMER-COSMOS survey.
Applied geometric pattern recognition algorithms and harmonic analysis.
Identified coherent nodes with hexagonal symmetry in high-redshift data.
Detected five coherent nodes demonstrating hexagonal symmetry.
Quantization in redshift displayed with precision, fitting errors averaging 0.146%.
Statistical tests indicated strong coherence and significant periodicity in cosmic structure formation.

Abstract

Report the detection of a three-dimensional crystal structure in the high-redshiftuniverse (z ∼ 9−11) through numerical analysis of 3,217 galaxies from the JWST PRIMER-COSMOS survey. Using geometric pattern recognition algorithms and harmonic analysis, weidentify ve coherent nodes exhibiting hexagonal symmetry with average error 21.3% < 25%threshold. The nodes display remarkable quantization in redshift: zn = 0.067525+n×0.191,where n = 49, 51, 52, 53, 55, with average tting error 0.146%. Statistical tests yield decisiveevidence: Rayleigh test p = 0.000045, Monte Carlo simulation p = 0.002340 (1 in 427by chance), and perfect coherence (100%) in redshift dierences. These ndings suggest afundamental periodicity ω0 = 0.191 in cosmic structure formation.

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Discovery of Cosmic Crystal Structure at High Redshift.

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