Cosmic Megastructures as Projections of Hopf Fibration Tori

Kriger B.
2026.
Cosmic megastructures as projections of Hopf fibration tori: Scale hierarchy nesting and preferred directions in the gravitating vacuum framework.
IIIR Cosmology and Theoretical Physics.
This research introduces a novel cosmological framework suggesting that ultra-large-scale structures such as the Giant Ring and Big Ring are not random accidents but geometric projections of Hopf fibration tori.
By adopting a real projective space RP3 topology and a gravitating vacuum model the author explains how matter is channeled into nested ring configurations that remain stable across different redshifts.
The text highlights a universal size ratio of approximately 2.2 between nested pairs and notes that cosmic voids act as active physical barriers maintaining the networks architecture.
Furthermore the analysis identifies a significant clustering of preferred directions in the sky which serves as a global symmetry axis for these topological structures.
Ultimately the paper provides falsifiable predictions for future surveys arguing that these megastructures offer a direct window into the fundamental shape of the universe. Kriger B.
2026.
Cosmic megastructures as projections of Hopf fibration tori: Scale hierarchy nesting and preferred directions in the gravitating vacuum framework.
IIIR Cosmology and Theoretical Physics.

Источник: rutube.ru