Why does anything happen at all?
Not why this event or that one — why is there a universe where time passes, causes have effects, where you are reading this right now?
The answer is topological. Below a critical threshold the universe merely EXISTS — frozen, no closed causal loop possible. Above it, closure completes, and things HAPPEN. Time happens because pure existence cannot persist.
Happening needs two clocks. A universal clock, supplied by geometry, orders everything — nothing sustains it. A living clock is paid for continuously, in energy, repair, and error correction; a proved theorem separates the two. Universal time is supplied geometrically; lived time is sustained energetically.
A single scalar field gives this architecture physical form — three theoretical inputs and one free scale, no observational input, no fitted parameter. Claimed confirmations that failed audit were withdrawn and recorded; what stands is stated with its status.
GR supplies the inspiral trajectory and no clock. The STF two-clock Lagrangian forces the existence of a universal anchor; observation sets its value — and it lands where a dying binary's entire remaining story first fits inside a human-length record.
Read the article →Below the STF activation threshold. The field has not yet crossed 𝒟crit. The complexified null cone is degenerate — no doubly-ruled structure, no T² fiber. Propagation is retarded-only. No closed causal loop forms. The system is cosmologically frozen.
Above the STF activation threshold. The complexified null cone is non-degenerate — doubly-ruled, T² fiber present. Retarded and advanced Green functions pair on the Hopf torus with residues ±1. The 4π² cup product completes. A closed causal loop forms.
Established in General Theory V3.1 · Geometric grounding in Complexified Null Cone V1.0
All papers derive from the same three theoretical inputs and one free scale. No parameter is fitted to any observation.
The same field mass ms and coupling ζ/Λ appear unchanged across all eleven domains, each conditional on its stated derivation (First Principles V8.1 §III.E). The domain papers evaluate ms at the association-implied value; from the Theory Edition that value is carried on the observational track and the First Principles paper carries ms as a free scale.