Christina Judith
Independent Researcher, India
ORCID: 0009-0000-1048-3462
https://doi.org/10.5281/zenodo.18208961
Abstract
This study presents the Solaris Intellectus Unified Six-Dimensional (6D) framework, extending classical optics and electromagnetism into an informational geometry where both energy and structure are conserved. Using physical observation and digital simulation, the work demonstrates that angular deviation varies predictably with refractive index according to ∆θ = k(1 − 1/n), indicating an invariant coupling between geometry and information. The framework defines a six-dimensional manifold S₆ = R³ × T × I², integrating spatial, temporal, and informational coordinates. Experiments involving prism dispersion and cube-reflection systems show that optical transformations preserve informational entropy, supporting a proposed Law of Conservation of Information. These results establish a reproducible connection between optics, information theory, and higher-dimensional physical modeling.
Full Text (PDF): https://zenodo.org/record/18208961/files/6D_Manuscript_zenodo.pdf