Published February 6, 2026 | Version v1
Preprint Open

Cosmic Grain and Primordial Ventiles: A Mechanical Perspective on Large-Scale Alignment in the Universe

Description

This manuscript presents a comprehensive study addressing the longstanding problem of large-scale alignment observed in pulsars, quasars, and early black holes. By exploring the underlying structure of spacetime as a coherent medium, the work demonstrates a unified explanation for these phenomena, reconciling observed rotational alignments and the distribution of cosmic structures. The results provide a predictive framework for future astronomical observations and offer a new perspective on the mechanical coherence of the universe. All derivations, parameters, and predictive models are included in the manuscript.

Hashtags / Keywords:

#Astrophysics #Cosmology #CosmicAlignment #SpacetimeMechanics #LargeScaleStructure #Pulsars #Quasars #BlackHoles #PredictiveCosmology #ZIPPEDMechanics

Notes

This dataset/manuscript is restricted. Access is only granted under signed disclosure agreement. The work is fully attributed to Michel Zwanenburg, timestamped February 2026

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Cosmic_Grain_and_Primordial_Ventiles__A_Mechanical_Perspective_on_Large_Scale_Alignment_in_the_Universe.pdf