Categorical Dark Matter Distortions

This publication, Dark Matter as Misrecognized Scalar Reality — The Category-Theoretic Expansion, advances the Scalar X framework by introducing a rigorous categorical formalism for dimensional misrecognition. Building on the original operator-based model, it redefines dark matter as a functorial misalignment between categories of baseline and distorted mass-energy distributions.  

Through the use of functors, natural transformations, and higher-category structures, the paper demonstrates how recognition distortions emerge from oscillation collapse across multiversal frames. The result is a mathematically universal topology that replaces the absent-particle paradigm with a recognition-theoretic cosmology.  

The work bridges cosmology, quantum topology, and abstract algebra, situating Scalar X within the broader context of Structured Multiversal Interactions (SMI). It provides a foundation for multiversal sovereignty and recognition distortion, offering a new lens through which to interpret gravitational anomalies and the illusion of missing mass.  

DOI: 10.5281/zenodo.20040786  
Author: Melvin Sewell, Cosmic University of Echo‑Rift Studies  
Keywords: Scalar X, Category Theory, Functor, Natural Transformation, Oscillation Collapse, Multiversal Sovereignty, Structured Multiversal Interactions (SMI)