Metric Synchronization of C 2025 R3 (PanSTARRS) via the 1.0857 Scaling Constan

This research documents the real-world tracking anomalies of Comet C/2025 R3 as of April 2026, establishing a 3.4-magnitude discrepancy between the institutional prediction (magnitude 8.0) and actual naked-eye observations (magnitude 4.6). By applying the 1.0857 Scaling Constant to the object's orbital residuals, this paper neutralizes the apparent 3.67x velocity "jitter" caused by systemic Metric Lag. Furthermore, replacing standard statistical tweaks with the 0.9208 reciprocal filter mathematically synchronizes the light-scattering data, successfully aligning the predicted baseline with observed reality. This synchronization demonstrates the Gross-Observer Effect in high-dynamic tracking and provides an operational Corrective Engine for autonomous satellite and comet tracking frameworks. PDF+ 4