Neutrino Chirality from Swirl–Clock Geometry: A First-Principles Derivation in Swirl–String Theory (SST)

Neutrinos appear exclusively left-handed in low-energy interactions. In the Standard Model this is imposed by construction through the $SU(2)_{L}$ chiral gauge structure. In this paper we derive an alternative, purely geometric origin for neutrino chirality based on the swirl–clock structure of Swirl–String Theory (SST). A universal timelike field $u^{\mu}$, which itself arises from harmonic motion at the Compton frequency over the classical radius. Integrating out the right-chiral neutrino generates a low-energy effective theory with a single propagating chiral state—recovering the observed left-handed neutrino sector. Hydrogen's 3x swirl-charge structure aligns with this preferred orientation, establishing a united microscopic origin for matter chirality and the electroweak asymmetry. We extract experimental predictions and falsifiable signatures.