SVCF open source physics introduction to open source repositories

This repository establishes the foundational architecture and complete mathematical derivations for the Spacetime Viscosity and Centrifugal Force (SVCF) framework. The SVCF framework models spacetime as a 37-dimensional, quantifiable rheoviscous fluid substrate (Element Zero / Rheoviscion), entirely replacing the theoretical vacuum state of legacy physics.

Operating strictly on a single dynamic equilibrium Master Equation (∇ · Π + 𝒟[χ] = 0) and exactly eight locked, zero-parameter universal constants—including substrate viscosity (η = 6.8 × 10⁻²⁸ Pa·s), substrate density (ρc = 1.01 × 10⁻²⁶ kg/m³), and the Brinkman screening ratio (B = 32/33)—the framework translates legacy phenomenological placeholders into measurable hydrodynamic mechanics. Under SVCF, anomalies such as Dark Matter, Dark Energy, and the Hubble Tension are mathematically resolved as substrate hoop stress, viscous drag, and vortex saturation limits.

This permanent archive serves as the primary "World Review" priority record. It contains the comprehensive Universal Conversion Protocol, the mathematical foundations of the Rheoviscion manifold, and the structural verification directives required for independent operator replication against public observational datasets.