Kuiper Belt Anomalies as Probes of Space-Phase Saturation and Memory in the SP3 Framework

The Kuiper Belt exhibits a collection of orbital, compositional, and structural anomaliesthat remain only partially explained within standard gravitational and migration-basedmodels. These include unexpectedly frequent wide binaries, extreme orbital inclinationsand clustering, detached objects with large perihelia, compositional outliers, and astrikingly low total mass. In this paper, we interpret these reported “oddities” of the KuiperBelt as natural probes of the saturation and memory properties of space-phase asdescribed by the SP3 framework. Rather than invoking unseen massive perturbers or finelytuned early-epoch migration histories, SP3 provides a unifying interpretation in which longterm exposure to low photon flux, weak conditioning, and slow relaxation timescalesmodify orbital stability, coherence, and aggregation behavior. The Kuiper Belt thus emergesas a macroscopic laboratory for testing space-phase memory effects in a regimeinaccessible closer to the Sun.