Treffer: The Big Five A Visual and Computational Theory of Everything

The Big Five: A Visual and Computational Theory of Everything This work resolves five of the most persistent mysteries in physics—mass emergence, the fine-structure constant, the directionality of time, the origin of gravity, and the unification of fundamental forces—through a single recursive Prime Wave Function built from the interplay of prime numbers, π, and φ. Rather than fitting parameters, this framework derives all results directly from recursion, generating reproducible constants, emergent mass scales, force couplings, and spacetime curvature. The project includes the full scientific paper (The Big Five), Python source code, full computation logs, and high-resolution visualizations, all provided openly for scientific scrutiny and inspiration. Authored by Eric Needham, Z0 in collaboration with Claude, this marks a historic milestone:the first computational, visual, and recursive Theory of Everything, fully open to humanity. Published under a Creative Commons Attribution 4.0 International License (CC BY 4.0). If you like more information about the ENSO Framework, please contact, Eric Needham: ensotheory1@gmail.com