Godframe Theory: A Threshhold-Activated Scalar Field Model of Cosmology, Curvature, and Dark Matter

The Godframe Theory proposes a threshold-activated scalar field governed by relativistic energy density. Once the Frame Activation Invariant (Ξ) exceeds a Planck-scale threshold (Ξ_c = c⁵ / G), a scalar field dynamically couples to curvature, generating early-universe expansion, near-horizon activation around black holes, and post-deactivation dark matter residue (the Echo Field). This unified framework meets low-energy GR consistency, mimics inflation without assumptions, and provides testable cosmological and astrophysical predictions. Included documents span the core mathematical model, Lagrangian derivation, cosmological timeline, black hole edge behavior, and philosophical implications regarding time and observational frames. This preprint is intended for open access, peer review, and community feedback.