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This research aims to analyze large-scale cosmic structures in the universe through complementary methods.

February 10, 20260 citationsOpen Access

Analysis of Cosmic Crystalline Structure.

Key Points

This research aims to analyze large-scale cosmic structures in the universe through complementary methods.
Examined periodic structure in SDSS and DESI data
Analyzed cosmic voids in JWST data
Identified periodicity in galaxy distribution at various redshifts
Calculated global decomposition rates and significances of voids
Significant periodicity identified at approximately 820 Mpc scales at high redshift (z ∼ 1)
Discovery of six complete cosmic voids at specific redshifts, with significances reaching 18.88σ
Observations suggest a non-random, crystalline-like structure in galaxy distribution

Abstract

This preprint presents two complementary analyses of large-scale cosmic structure. Part I systematically examines periodic structure in SDSS and DESI data, revealing signicant periodicity at ∼820 Mpc scales at high redshift (z ∼ 1) that decays to z ∼ 0.3 with a global decomposition rate of 97.8%. Part II identies six complete cosmic voids in JWST data at specic redshifts (z = 10.191, 10.579, 10.764, 11.155, 11.340, and 11.722) with signicances up to 18.88σ, showing periodicity in redshift space. Both analyses suggest non-random, crystalline-like structure in galaxy distribution challenging standard cosmological models.

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