Stability of Saturn's Hexagon via Torsion Synchronization vOTA and Angular Deficit ε

This paper proposes a topological explanation for the stability of Saturn's Hexagon within the framework of the \PRTAU{} 5.2.1 model. We demonstrate that this geometric structure is not merely a product of fluid dynamics, but the result of phase-locking induced by the angular closure deficit $\epsilon$ of the Dynamic Relational Quanta (\QRD) network.

Keywords

angular closure deficit, Torsion Synchronization, Dynamic Relational Quanta, Angular Deficit, Saturn's Hexagon

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