What question did this study set out to answer?

The aim is to enhance the completeness of a unified theory that connects electroweak and quark phenomena through novel geometric interpretations.

February 19, 2026Open Access

The Shattered Crystal Architecture: Theory V17.1 (Electroweak Holonomy & Baryogenesis)

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This theoretical extension addresses baryogenesis and holonomy mechanics in particle physics, suggesting new insights.

The aim is to enhance the completeness of a unified theory that connects electroweak and quark phenomena through novel geometric interpretations.
Extended theoretical framework addressing quark and lepton behavior.
Examined geometric properties within Frank-Kasper crystal structures.
Utilized lattice analysis to verify baryogenesis mechanisms and mass ratio accuracy.
Achieved sub-1% accuracy in lepton mass ratios.
Identified mechanisms for quark charge and baryogenesis through geometric frameworks.
Reduced theoretical assumptions, enhancing the framework's completeness from ~65% to ~71-73%.

Benjamin S. Wilbur (2026) studied this question.

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February 19, 2026Open Access

View Full Paper

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Authors

This theoretical extension addresses baryogenesis and holonomy mechanics in particle physics, suggesting new insights.

The aim is to enhance the completeness of a unified theory that connects electroweak and quark phenomena through novel geometric interpretations.
Extended theoretical framework addressing quark and lepton behavior.
Examined geometric properties within Frank-Kasper crystal structures.
Utilized lattice analysis to verify baryogenesis mechanisms and mass ratio accuracy.
Achieved sub-1% accuracy in lepton mass ratios.
Identified mechanisms for quark charge and baryogenesis through geometric frameworks.
Reduced theoretical assumptions, enhancing the framework's completeness from ~65% to ~71-73%.

Benjamin S. Wilbur (2026) studied this question.

View Full Paper

Ask AI

Bookmark