Preliminary Outline for: Primordial Triadic Knots: A Fractal Flux Continuum (FFC) Perspective on Neutron Stars, Black Holes, Heavy Element Relics, and Cosmic Cyclicity
Year: 2025
Type: article
Abstract: This paper redefines neutron stars (NS) and black holes (BHs) as Primordial Triadic Knots—heterogeneous, fractally packed weaves of proton ( anchoring density), electron ( binding shells), and neutrino ( regulating nonlocally) modes , with photons maintaining entropic flows. Triadic symmetry unifies scales: neutrons weave atomic nuclei up to the iron cutoff , electrons weave elements, neutrinos weave large structures like galactic arms (3, 6, 9 patterns), and photons balance gradients. The ~2.9 threshold escalates NS homogenous clumps to BH mega-knots, producing toroidal lensing illusions (circular shadows axially, D-shaped halos off-axis, elongated bars edge-on, helical jets from ∇S torque, fractal polarization halos, EHT 2025 data at 0.1σ). Heavy elements (Z > 26) are relics from supernovae, NS mergers, and asymmetric cyclic bounces, with super-massive BHs (SMBHs) as preservers seeding early galaxies (JWST z>10 "little red dots" with high metallicity, 6σ via entropic clumping). Asymmetry in fractal paths drives cyclicity, replacing randomness: full cycles (179.6 Gyr) encompass ~89.8 Gyr expansion phases (~76 Gyr to maxima), contraction, and maelstrom tidal torques (vortices), shredding knots to nucleate new structures. FFC dissolves SM/GR's empirical missteps, predicting fractal GW echoes (LISA 2035, ratios), triadic metallicity peaks (Euclid 2027, ~0.236 ratios), and null exotics (DUNE 2026 steriles). This theoretical narrative unifies subatomic to cosmic scales, positioning FFC as a causal paradigm shift in a self-organizing, living cosmos.
Author: Guevara, Carlos
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7089103977
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