Fractal Flux Continuum Wave-Field Primacy with Emergent Fractal Geometry
Year: 2025
Type: article
Abstract: : The Fractal Flux Continuum (FFC) introduces a unified field theory grounded in wave-field primacy, featuring a seamless, scale-invariant continuum of probability waves modulated by densities of stable entities (protons, leptons, photons, confined neutrons) that generate all physical phenomena. With five fixed parameters and emergent hierarchies, FFC derives over 30 fundamental constants, laws, and equations, including the fine structure constant α, vacuum permittivity ε₀, and Hubble's law, via entropy gradients and effective potential modulations, superseding the Standard Model's 19+ tunables and General Relativity's dark sectors. Formal derivations demonstrate causal explanations for 119 anomalies (>3σ tensions), achieving 0.15σ average deviation and ~59σ significance across scales. Examples include time dilation and Mercury's precession as eigenstate shifts in wave propagation, eschewing primitive time or spacetime curvature. FFC's value stems from its parsimony and predictive power, resolving longstanding inconsistencies like the vacuum energy discrepancy and Hubble tension as inherent outcomes, while proposing falsifiable tests through experiments such as HL-LHC and JWST. This framework provides a self-consistent, empirically grounded alternative to fragmented models.
Author: Guevara, Carlos
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7077044319
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