The formal framework, equations, and published preprints.
Derivation of the fine structure constant from geometric first principles. From a single axiom (γ = 2/3), the framework derives 1/α = 137.0359477 with 0.376 ppm precision—zero free parameters. Includes the complete derivation chain, ionization energy predictions (R² = 0.944), and the Koide formula connection.
Read Technical Summary →The complete formal treatment with derivations and validations is available in the preprints below.
The periodic table maps onto a helicoid surface with Carbon (Z=6) as the central axis. Elements spiral outward based on their group, with ionization energy encoded as height. This geometry achieves R2 = 0.944 correlation with NIST data using only derived constants.
The primary framework document presenting the 9 unified laws, integrating ELBF, NFDL, and DFT. Includes testable predictions for BAO peak shift, gravitational lensing, and coherence thresholds.
View on OSF →ELBF models photons as structured information packets governed by discernibility gradients. Resolves the double-slit paradox through coherence loss as phase transition, not measurement.
View on OSF →Demonstrates how the EiG framework constrains vacuum energy to ρvac ≈ 5.36 × 10−10 J/m³, matching observations and resolving the 123-order-of-magnitude discrepancy with QFT predictions.
View on OSF →Evidence for a vacuum-density-dependent exponential gradient in the speed of light from cosmic structures and supernova data.
View on OSF →A discernibility-based cosmological framework aligning local Hubble constant measurements at H0 ≈ 70 km/s/Mpc.
View on OSF →Derives emergent gravity from discernibility gradients, explaining galactic rotation curves without invoking dark matter.
View on OSF →