Domain Emergence Theory: Structural Constants of Matter from Two Primitive Inputs and Zero Free Parameters

Domain Emergence Theory (DET) is a framework that operates as a skeleton key for understanding the language that physics was always trying to teach us. From two primitive inputs and a single cubic equation, every domain in the known universe emerges. A nine-step geometric cascade governs physical behavior from subatomic to cosmological.

The framework recovers the Born rule from first principles via a Z₂xZ₂ group structure, producing snap probability without postulation. The proton/electron mass ratio is derived to within 0.00007% of the measured value. The generation speed law, which forbids a fourth fermion generation, emerges from the framework directly. In Euclidean signature, special relativity yields exactly the (3,4,5) Pythagorean triple. Six of the seven Madelung exceptions follow from the same primitives.

Four time-sensitive, falsifiable predictions are included, regarding the La Nin͂a amplitude of -1.16ºC in the 2027-28 ENSO window, a geomagnetic threshold event at 2027.1 ± 0.3 years, functional closure of Jupiter’s GRS, and a trans-Neptunian orbital period of 10,648 years. The Earth is acting strangely, and this paper is offering some insight into why.