What this doesn't claim — yet.

Every theory in progress has a scope, and being precise about that scope is part of taking the physics seriously. So here's the boundary, stated as plainly as the rest of this walkthrough.

This project didn't start out as SFT. Its first version, called the Grand Unified Emergence Theory, made a much bigger claim: one single mechanism producing every fundamental force in nature. That version had real, structural problems — not loose ends, but outright contradictions in how it was built. Its equations couldn't produce anything wave-like, and separately couldn't produce the kind of evolution quantum mechanics requires, for a shared underlying reason. Both were repaired by the same change to the theory's dynamics, described in Step 3.

A third problem wasn't repairable. Whether the strong nuclear force could come from that same one mechanism as everything else was tested directly, and it can't — not as a temporary gap, but as a genuine mathematical dead end. That specific unification claim was formally retired, and the project renamed itself in response.

So today, SFT doesn't claim to unify every force under one mechanism. It claims something narrower: that gravity, an approximate speed of light, at least four spacetime dimensions, and — conditionally — other forces can emerge from a pre-geometric substrate under a selection process. The strong force specifically is flagged as resting on an assumption still awaiting its own derivation, not secured the way gravity currently is.

It also doesn't claim to be confirmed. Nothing here has been checked against new data collected specifically to test it — the falsifiable predictions from Step 4 are consistent with existing measurements, which is a bar any viable theory has to clear, not a positive confirmation that this one is correct.