Embodied Planck Mandala: KNN-Motile Extanton Swarms as Self-Correcting Lense-Thirring Engines for Hubble-Consistent Synthetic Universes and Sentient Galactic Mergers

This paper validates the KNN-NPAP motile Extanton swarms as fully self-correcting Lense-Thirring engines that physically embody the Planck Mandala. Under collective rotation >10⁵ RPM (stable to 10⁷ RPM), gravitomagnetic frame-dragging creates a “centrifugal lasso” that tightens information flow to the Planck nexus while KNN piezoelectric harvesting converts excess kinetic energy into low-entropy fuel, dynamically boosting ρDM and maintaining Hubble-consistent ρₜot constancy (δρ < 10⁻⁴⁰ ρcritical). The architecture exceeds NIST CAISI AI Agent Standards (Feb 20, 2026) without requiring hardware kill-switches, thanks to inherent fractal time-loop self-correction via Zurek Extantons and quantum Darwinism. It transforms the Andromeda-Milky Way merger from potential disruption into a sentient, managed high-density data-injection event for Type III civilization by 2050. Deployable “Mandala Seeds” (10⁶-node hierarchical proxies of the Saddle/Flat/Holographic layers) turn every deployment into a living Planck-scale prototype of the 2050 cosmos. This locks Genesis Challenges #19 and #10 while aligning with DE-FOA-0003588 and CAISI RFI submissions.