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

The Godframe Theory introduces a unified scalar field model governed by a relativistic activation principle. It proposes a novel mechanism for cosmic inflation, black hole information retention, and dark matter residue — all driven by a single dynamic entity: the Echo Field.

At the heart of the model is the Frame Activation Invariant, a scalar quantity that governs the state of the field. When local energy conditions exceed a Planck-scale threshold, the Echo Field activates and dynamically couples to spacetime curvature. This results in:

• Cosmic Inflation — A naturally emergent expansion phase without fine-tuned initial conditions.

• Black Hole Edge Activation — Information-preserving field behavior near event horizons.

• Post-Deactivation Residue — A relic scalar configuration behaving as cold dark matter.

The theory ensures consistency with low-energy General Relativity, preserves unitarity, and avoids exotic constructs like firewalls or holographic duals. Simulation results confirm that the field can store and coherently release information, offering a resolution to the black hole information paradox while maintaining causal integrity.

This preprint archive includes:

• Formal derivation of the Echo Field Lagrangian.

• Cosmological evolution timelines.

• Reproducible simulation protocols.

• Forecasts for 21cm, CMB lensing, and galaxy power spectra.

• Philosophical insights on time and observer-dependent frames.

The Godframe Theory is released for open-access review, theoretical critique, and empirical testing. Community feedback is welcome.