Dimensional analyses identify running modes for dimensional parameters. Relationships with the gravitational parameter G introduce an apparent primordial code, designated the ‘interaction constant’ for now, which appears to be embedded within every wave-particle duality, process and interaction. Dimensional parameters are emergent from this interaction constant. Least energy occurs at speed of light (c) for quantum wave-particles (wavicles). Wavicle-specific, dimensional quantum parameters scale mostly linearly at c with energy. Scaling becomes non-linear < c for many parameters (including mass, gravity, and the Planck ‘constant’), synonymous with symmetry breaking. This feature of the standard model ought to resolve dark matter. Quantum wavicles appear to be fractally related. Gravity is emergent, forming the spatial field interaction with matter, contracting locally, which unites with quantum theory. Multiple constants are amended and several new relationships introduced. These amendments to the standard model, with the ubiquitous interaction constant embedded as a primordial code, are invariant under multiple systems of simultaneous assessment. A finely tuned, encoded universe with emergent parameters, is inconsistent with a chaotic big bang cosmology.