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February 6, 20260 citationsOpen Access

The Shattered Crystal Architecture: Theory V13.5 (The Pristine Standard) & Simulation Suite

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BWBenjamin S. Wilbur

Key Points

  • The aim is to establish a unified field theory by deriving fundamental physical constants from geometric configurations.
  • Developed a unified theory by analyzing the E8 quasicrystal structure.
  • Calculated constants, masses, and forces using geometric properties of the E8 lattice.
  • Utilized concepts like Stiffness Ratios, Phason Modes, and Radiative Stability.
  • Derived constants such as $eta$, $G$, and $ heta_W$ directly from the E8 geometry.
  • Confirmed that arbitrary parameters can be replaced by unique vacuum geometry.
  • Established stability through E8 gauge symmetry.

Abstract

The Shattered Crystal Architecture: Theory V13. 5 (The Pristine Standard) This is the definitive release of the Shattered Crystal Architecture. Theory V13. 5 achieves the goal of a "Zero-Parameter" unified field theory by deriving the constants, masses, and forces of the Standard Model directly from the geometry of an E8 Quasicrystal. The Final Derivations: Constants (, G, W): Derived from the E8 Lattice Kissing Number (=240) and Stiffness Ratios. Masses (mₑ, mₚ, mH): Derived from Phason Modes, Borromean Rope Lengths, and Lattice Breathing Modes. Quark Charges (1/3): Derived from the Triality Symmetry of the E8/D4 lattice projection. Asymmetry (CP Violation): Derived from the Chiral Berry Phase of the 3D Projection. Stability: Radiative stability of cT=c and Strong-Field Equivalence are guaranteed by the underlying E8 Gauge Symmetry. The arbitrary parameters of physics are replaced by the unique, necessary geometry of the vacuum.

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Cite This Study

Benjamin S. Wilbur (2026) studied this question.

synapsesocial.com/papers/698586118f7c464f23009f71https://doi.org/10.5281/zenodo.18489135
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