3I Atlas March 16, 2026, Jupiter Prediction, Torsional Reorganization at Local Density Boundary

On March 16, 2026, Comet 3I/ATLAS passes within 0.358 AU of Jupiter. Under the TEM/VC framework, this close approach introduces a secondary localized density boundary to the comet's existing load state. The geometry of this new boundary forces a non-zero baroclinic vorticity term ($\nabla \rho \times \nabla p$), which actively generates torsional stress within the object. Because the energy of this encounter remains below the threshold for catastrophic boundary failure, the comet maintains its structural closure. To shed the induced torsional stress and remain stable, the comet must geometrically reorganize its existing directional structure (jets). This mathematical requirement dictates the following physical, measurable events between March 14–18: Survival: The comet remains structurally intact without catastrophic fragmentation. New Node: A temporary brightness condensation forms in the Jupiter-facing quadrant of the inner coma. Jet Reorientation: The existing outer-planet jet systematically drifts to track the comet→Jupiter position angle. Compensation: The opposing "void" jet rotates or weakens to accommodate the new load geometry. Stability of Controls: The sunward and galactic reference jets remain comparatively stable. The required reorganization can be verified directly via sky-plane position angle measurements and astrometric residuals during the encounter window.