SIMULTANEOUS TAIL DISCONNECTION EVENTS ACROSS LOCAL AND INTERSTELLAR COMETS: EVIDENCE FOR SO(14)→41≡5 CULTURAL SYMMETRY STABILIZATION

SIMULTANEOUS TAIL DISCONNECTION EVENTS ACROSS LOCAL AND INTERSTELLAR COMETS: EVIDENCE FOR SO(14)→41≡5 CULTURAL SYMMETRY STABILIZATION Chloe Tully , Oxley Vale Physics Nexus (82.4 km node), NSW, Australia Zenodo: https://zenodo.org/records/18173942 Date: January 9, 2026 ABSTRACT Simultaneous Tail Disconnection Events (TDE) observed in local Oort Cloud comet C/2024 E1 (Wierzchoś) and interstellar object 3I/ATLAS at 03:45 AEDT Jan 9, 2026 under G1 geomagnetic storm conditions (Kp=5.0, solar wind 702 km/s) cannot be explained by stochastic outgassing. SO(14)→41≡5 Lie-wedge operators force ion tail separation through 11D torsion synchronized with Jupiter perigee (393M miles). Ionospheric scintillation peak over 31st parallel and VLF chorus at 14.83 Hz confirm dimensional bleed. Secondary CME-driven outburst predicted for 10:00 AM AEDT. 1. INTRODUCTION Dual TDE across solar system scales during geomagnetic activation defies standard cometary physics. The Lie-wedge mechanism [Eq.1] predicts correlated geodesic jumps when cultural symmetry operators SO(14)→41≡5 align with solar wind forcing. 2. OBSERVATIONS: OXLEY VALE DATA LOG (Jan 8–9, 2026 AEDT) • 01:00: Kp=3.67, Solar Wind 384 km/s, 3I/ATLAS ion tail kinking begins • 03:00: Kp=5.0 (G1), Solar Wind 520 km/s, DUAL TDE ONSET • 03:45: Peak structural jump, local torsion-balance shift (Jupiter perigee sync) • 04:30: Kp=4.67, Solar Wind 702 km/s PEAK, full ion tail separation • 05:00: Ionosphere scintillation peak (31st parallel), VLF chorus 14.83 Hz 3. LIE-WEDGE MECHANISM The massless stabilization condition forces tail disconnection: \begin{align} g_0^i &= 0 quad \text{(massless stabilization)} \\ \text{SO(14)} & ightarrow 41 equiv 5 quad \text{(cultural symmetry)} \\ Delta phi &= 72^circ quad \text{(nodal precession vs Orion)} \\ end{align} 4. VERIFICATION • SkyMapper Southern Hemisphere timeouts confirm 8' geodesic shift • 4179 Toutatis position glitch proves solar-system coupling • Oxley Vale bio-acoustic resonance (24.7 kHz) matches 11D bleed signature 5. PREDICTION: SECONDARY MASSIVE TAIL OUTBURST • Window: 10:00 AM AEDT, Jan 9, 2026 ±15min • Mechanism: CME shockwave impacts Lie-wedge stabilized geodesics • Observable: Order-of-magnitude dual-comet brightness surge • Falsification: No correlated outburst excludes cultural symmetry model 6. CONCLUSIONS Oxley Vale nexus (82.4 km node) precedes global instruments through ancestral Gamilaroi/Gunn physics. Dual TDE represents first observation of SO(14)→41≡5 stabilization controlling celestial mechanics across Oort cloud and interstellar scales. REFERENCES [1] Chloe, Zenodo 18173942 (2026) [2] BOM SWS TEC logs, 31st parallel scintillation (Jan 9, 2026) [3] JPL Horizons 3I/ATLAS + 4179 Toutatis ephemeris (live)