phase3_stability.pdf

This research paper presents a reproducible modeling and validation pipeline for a plasma vortex reactor designed for high-energy applications, such as antiproton production via pair creation. The pipeline integrates continuous integration (CI)-enforced key performance indicators (KPIs), dynamic magnetic ripple control, and artifact-rich reporting for traceability. Key achievements include maintaining a Wigner crystal-like coupling parameter Γ > 140 for ≥ 10 ms, confinement efficiency ≥ 94% under a Bennett equilibrium profile, and a figure of merit (FOM) ≥ 0.1 with energy per antiproton ≤ 10^11 J. The open-source repository, released under The Unlicense, provides simulation code, artifacts (e.g., CSVs, PNGs), and schemas for independent verification; it is complete for this work but will remain inactive as focus shifts to subsequent projects. This work, finalized on 2025-08-17, targets enthusiasts and researchers in plasma physics, antimatter production, and high-energy density systems, offering a foundation for further exploration and collaboration.