Ervin Goldfain. Standard Model as Multifractal Attractor of the Entropy Flow
Natural Sciences / Physics / Particle physics
Submitted on: Jun 01, 2026, 05:06:16
Description: We put forward a framework in which the Standard Model of particle physics (SM) arises from a multifractal attractor endowed with Rényi Entropy S_q. The central hypothesis is that the low-energy symmetries of SM E"unitarity, Lorentz invariance, and gauge invarianceE"are not primitive axioms but effective constraints associated with maximization of the entropy flow. In this picture, the Rényi index q encodes coarse graining over a multifractal spectrum, while the collapse of the spectrum toward a single scaling exponent recovers the smooth, EeffectiveE approximation underlying SM. The resulting effective action is interpreted as analytic continuation of the maximal entropy configuration, consistent with the idea that the Path-Integral represents an extremum of Rényi Entropy. This paper backs up our claim that many foundational puzzles of high-energy theory are manifestations of complex dynamics and self-organization in the evolution of systems outside equilibrium.