Untitled Refined Prediction of Solar–Baryonic-Matter Deviation in the Trajectory of Interstellar Object 3I/ATLAS (C/2025 N1)”Item

This record presents an updated prediction for the astrometric deviation of interstellar object <b>3I/ATLAS (C/2025 N1)</b> as it passes perihelion in October 2025.<br>The analysis refines earlier findings within the <b>Baryonic Matter framework</b>, predicting a <b>sub-arcsecond, sunward-skewed residual</b> arising from <b>Solar–Baryonic-Matter coupling</b>.<br>Our model forecasts a peak deviation of <b>ΔRA ≈ +0.31″</b> and <b>ΔDec ≈ −0.13″</b> near <b>October 29 ± 12 hours</b>, decaying by half within three days and repeating more weakly November 2–4.<br>If verified through precise RA/Dec residual measurements, this event would represent the <b>first empirical evidence of deterministic Solar–Baryonic-Matter interactions</b>, establishing a foundation for a new class of astrophysical models.