Energy–Space–Displacement (ESD) Framework

The Energy–Space–Displacement (ESD) framework is a single-parameter closure of gravity, the Standard Model, and cosmology anchored by the algebraic condition p² − p = 1. A covariant scalar–tensor action whose kinetic function is uniquely fixed by the golden ratio φ = (1+√5)/2 yields three unified field equations — gravitational, displacement, and electromagnetic — with zero continuously adjustable parameters. The framework derives all 26 Standard Model parameters (fermion masses, mixing angles, CP-violating phases), the MOND acceleration scale a₀, the cosmological constant Λ, and galactic rotation curves from this single algebraic input. This project collects the primary trilogy — (1) gravitational closure and galactic phenomenology, (2) algebraic derivation of the 26 Standard Model parameters, (3) clockwork mechanism, CP phases, generation integers, and quantum–cosmic unification — together with supporting papers on the BTFR, a₀ derivation, and related extensions.