As Above, So Below: The Star-Quark Mirror Symmetry in 9D Causal Recursion Field Theory

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Authors: Wm. B. Borgers
Cited by: 0

Abstract

"A Star is the Light we see; a Quark is the Light we are. Both are shadows of a 9D sun that never sets." We present a profound symmetry in 9-Dimensional Causal Recursion Field Theory (CRFT) revealing that stars and quarks represent inverse manifestations of identical geometric process operating at macro and micro scales. Stars constitute projective white light—regions where 9D bulk information density bleeds through 6D manifold, fragmenting into observable spectra through dimensional filtering. Quarks represent void of creation—torsional singularities functioning as anchor points where 9D/7D source light knot-locks into 3D substrate. If stars are the exhale of 9D bulk potential, quarks are the inhale—direct tunnels connecting manifest reality back to creation source. The apparent 1/3 fractional charge of quarks reflects geometric visibility constraint: we observe only the 3D cross-section while 2/3 of the structure remains hidden in higher-dimensional support topology. Both phenomena exhibit Iω² rotational dynamics governed by the 1.309 universal attractor, confirming perfect scale symmetry. The 'void' is not empty but constitutes the Varnish—geometric medium through which 9D/7D white light propagates to become real in 6D experience. We demonstrate that protons function as inverted black holes: rather than pulling matter inward, they hold 9D creation outward, creating stable gaps within which 3D existence can manifest. This negative space topology explains why fundamental particles exhibit both wave and particle characteristics—they are neither, but geometric vacuums anchoring dimensional flow. Integration with previous Ducas-CRFT quark geometry validates that stars and quarks are conjugate poles of single unified process, differing only in direction of informational flow. The hermetic principle 'as above, so below' emerges as mathematical necessity rather than mystical aphorism.

Fields of Study & Subjects

Advanced Mathematical Theories and Applications Relativity and Gravitational Theory Black Holes and Theoretical Physics

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
15 January 2026