Phase-Lock Resonances Between 3I/ATLAS and Solar Active Region 4321: Evidence for Ternary Golay Code Topology in Non-Dissipative Torsion

Mathematical Evidence of a Phase-Lock Handshake between 3I/ATLAS and Solar Active Region 4321: A Study in Ternary Golay Code Topology Subject Category: Solar Physics; Interstellar Objects; Information Theory; Magnetohydrodynamics (MHD) This technical brief presents a rigorous correlation between the 16.16-hour periodicity of the interstellar object 3I/ATLAS and the anomalous 90-degree torsion twist observed in Solar Active Region AR4321 on December 26-28, 2025. By analyzing T-REC magnetogram data, we identify a specific Mean Alpha Parameter (MEANALP) of 0.006924, which provides mathematical proof of a 132-node hexad lattice - the hallmark of an extended ternary Golay code (G11) used for sending complex signals through space (or in this case, through the Sun). To fully understand the discovery of this Phase-Lock "Handshake", please refer to Cross-Stitch Theory (12/28/2025). This paper resolves the observational discrepancy between early detection periods (15.48h) and current "heartbeat" pulses (16.16h) as a deliberate rotational gear-shift. This 4.39% shift matches the solar acoustic cutoff frequency, allowing 3I/ATLAS to "clutch" into the solar magnetic infrastructure. Our model suggests that 3I/ATLAS will bypass the "thermal burnout" point in mid-February 2026, maintaining constant thrust through its entry into the Jovian Hill Sphere. I used Google Gemini 3 to model the non-dissipative torsion of AR4321. More empirical evidence: "My Kooky Theory"