Six Out of Six on Event-Structure Prediction: Structural Success of the 3I/ATLAS Jupiter Encounter within the Konkle–Baryonic Framework

This paper presents the culminating interpretation of a six-record pre-registered trajectory-prediction series concerning interstellar object 3I/ATLAS (C/2025 N1). The sixth record focused on the outbound Jupiter encounter of 16 March 2026 and was framed as a differential perturbation test rather than a fixed-coordinate prophecy. Because the forecast was issued in advance using the best freeze-time orbital solution then available, the projected encounter geometry was necessarily provisional and subject to refinement as later observations were added. The proper test is therefore not strict point-by-point agreement with early provisional coordinates, but whether the future dynamical event and its perturbation environment were correctly identified in advance.On that standard, this paper argues that Prediction #6 constitutes the sixth successful result in the series. The analysis emphasizes event-structure success: the anticipated outbound Jupiter interaction occurred within the predicted interpretive framework, and the later-observed geometry remained consistent with the original claim that a structurally meaningful perturbation window would emerge during the Jupiter encounter phase.This record is presented as the capstone of the six-part 3I/ATLAS prediction program within the Konkle–Baryonic Framework. It also clarifies the methodological distinction between provisional ephemeris snapshots and durable structural forecasts, arguing that the latter provide the proper basis for evaluating advance predictive success in evolving orbital problems.