RBFL: A Baryonic Field Framework for Galactic Dynamics and Gravitational Lensing

This record presents the clean public release of the Radial Baryonic Field Law (RBFL), a baryonic-field framework for galactic dynamics and gravitational lensing.

RBFL is the compact law layer extracted from the broader Radial Baryonic Field Theory (RBFT) framework. The central relation is V_f^4 = G M_b a_Theta, where V_f is the asymptotic circular velocity, M_b is total baryonic mass, and a_Theta is a node-level throughput acceleration derived from the projected baryonic carrier field.

This release separates the framework into three layers: (1) the fixed law layer, (2) phase-state and structural diagnostics, and (3) projection into rotation and lensing observables. The law layer is not retuned per galaxy or cluster. Residual structure is treated as a measurable expression of baryonic phase coherence, node geometry, component survival, and line-of-sight projection.

The package includes:

1. RBFL Main Paper — the clean public-facing framework paper.
2. RBFT v36 Technical Manuscript — supporting technical workflow document covering SPARC phase diagnostics, weak-lensing BTFR contact, strong-lensing pilot tests, Bullet Cluster centroid/deflection proxies, and falsification gates.
3. RBFT/RBFL Equation Dictionary — notation and equation reference.
4. RBFL Conceptual Galaxy Model — visual overview of the framework, explicitly provided as a conceptual visualization rather than a fitted galaxy model.

The work is released as a technical white paper and has not been peer reviewed. The claims are intentionally limited: the current workflow suggests that several tested dark-matter-like signatures may also be expressible as baryonic field/node-coherence phenomena tied to observable structure. Full convergence-map fitting, observed arc inversion, independent raw-data replication, and cosmological-scale tests remain open falsification gates.