The ROA Phase-Locking Radar: Achieving Sub-Metric Tracking of 1M+ Hypersonic Targets via Topological Sub-step Oversampling

Conventional radar and optical tracking systems suffer from severe geometric lag when tracking hypersonic targets, restricted by scalar computation limits and fixed temporal integration steps. This paper introduces the MassiveSREngine_v4, an architecture that completely transcends current human computational tracking limits. Built upon Rough Operator Algebra (ROA) and JAX/XLA parallelization, the engine utilizes Geometric Torsion Detection and Adaptive Sub-step Temporal Oversampling. Empirical simulations demonstrate the simultaneous tracking of over 1,000,000 extreme-maneuvering targets at Mach 50(16 km/s) with an average latency of 1.21 ms, maintaining an unprecedented sub-meter precision (0.6297m error). This transcends mere engineering; it is the establishment of anomniscient topological defense paradigm.