The Eigenfield Framework: Ten Papers Toward a Complete Theory of Physical Reality

This collection presents ten papers developing the Eigenfield Framework — a unified theoretical physics framework built from a single foundational premise: that the vacuum is the complete superposition of all forward-time and backward-time electromagnetic frequencies in near-perfect destructive interference. From this premise, the framework derives without fitted parameters: the existence and stability of matter via photon self-merger cascades; baryon asymmetry from temporal phase selection; dark matter as the backward-time matter population; the mass gap problem; gravitational cavity effects near supermassive black holes; stellar runaway dynamics; and the electromagnetic-to-gravitational force hierarchy ratio (4.17 × 10⁴²) accurate to 99.9997%. The final paper identifies gravity as the Lonely Runner gap — the single electromagnetic frequency whose forward and backward-time counterparts can never achieve simultaneous cancellation — and derives the field equation F_em/F_grav = R^ln(2) × φ × π/2, where R is the ratio of the Hubble to Planck length scales. This equation predicts the Hubble constant H₀ = 71.6 km/s/Mpc, offering an independent resolution of the Hubble tension. The framework operates in (3,3) spacetime — three spatial and three temporal dimensions — and is grounded in the one-electron universe of Wheeler and Feynman, extended to describe consciousness, matter creation, and cosmic structure from a single traversing worldline.