The Kolmogorov Freeze-Out Microscale as the Origin of the Compton Wavelength: Dual Hydrodynamic and Non-Abelian Primordial Turbulence
Year: 2026
Type: article
Abstract: Universal Dissipation Microscale: Primordial hydrodynamic and non-Abelian turbulence cascades down to the Kolmogorov dissipation microscale, which sets the universal core radius and lattice pitch. Resonant circulation around the frozen eight-hundred-sixty-one-node loop directly establishes the particle Compton wavelength and classical electron radius. Solenoidal Vorton Dipoles: Each circulation element consists of a concentrated core and an extended non-local vorticity tail that enforces divergence-free flow everywhere. Along closed filaments, adjacent tails destructively cancel in the far field, confining vorticity strictly to the core while preserving topological flux continuity during reconnections. Turbulent Arrest and Confinement: Continuous enstrophy shedding contracts the primordial turbulent attractor until non-Abelian running coupling triggers dual Meissner flux-tube confinement, freezing the cascade into the arithmetically locked Heegner ground state. Emergence of the Standard Model: Incompressible phase volume across the three-loop Borromean nucleon generates color symmetry, background chiral drag isolates left-handed weak isospin, and Cartan triality on the twenty-eight-node defect yields the three fermion generations. Dimensional and Physical Closure: Evaluating the physical three-dimensional volume of the closed vorton torus establishes dimensionally consistent definitions for particle rest mass and Planck's action quantum, while universal lattice elasticity generates Einstein-Hilbert gravitation without species-dependent variations.
Author: Aksman, Michael
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225580055