This publication introduces a novel cosmological framework, investigating observational validation in cosmological models, highlighting implications for cosmic structures.
Key Points
The aim is to validate the Karahan Model's predictions on cosmic origins and structure through observational signatures.
Proposes predictions for galactic spin alignment and supermassive black hole distributions.
Describes the derivation of observational signatures for empirical validation.
Utilizes Einstein-Cartan theory for explanation of cosmic anisotropies.
Predicted 76% alignment correlation of galactic rotational axes on supercluster scales.
Identifies non-random distribution patterns of supermassive black holes related to torsion fields.
Suggests anisotropic variations in expansion density with approx. 4.5 sigma deviation.