REMN+
GOVERNED CYCLOTRON-NOZZLE HYBRID FOR RELATIVISTIC PRE-REGIME PLASMA PROPULSION · VERSION 13
AEMS electromagnetic architectures are available for commercial licensing and technical collaboration. Intellectual-property rights remain with AEMS LLC. Confidential technical review is available under NDA and defined scope.
ABSTRACT
REMN+ Version 13 is a governed cyclotron-nozzle hybrid that integrates four H₂EM engine cores, dual-stream collimation, CCR-A/B/C copper beam conditioning, rotating magnetic-field coils embedded within a rotating permanent-magnet assembly, CRX-derived throat governance, and magnetic-nozzle extraction. Optional 30–40 T REBCO inserts are a local, validation-gated throat capability rather than demonstrated flight hardware.
The proposed space-propulsion envelope is constrained by P = ½ṁv². The published analytical surface distinguishes a 2,000–8,000 km/s propulsion regime, where megawatt-class input can support 0.1–1 N class thrust, from an 8,000–20,000 km/s accelerator regime where microgram-per-second mass flow limits thrust to the millinewton scale. These are analytical design regions pending staged experimental validation.
ARCHITECTURAL POSITION
REMN+ is the hybrid evolutionary branch of the GREMN rotating-magnet architecture. It adds independently scheduled RMF amplitude, CCR inflow conditioning, and CRX throat governance. Its succession remains conditional on measured improvement in axial momentum per unit input power under matched, experimentally controlled conditions.
PUBLICATION
Zenodo DOI: 10.5281/zenodo.21939071KEYWORDS
REMN+; governed cyclotron-nozzle hybrid; rotating magnetic field; RMF; CCR-A/B/C; CRX throat governance; REBCO; magnetic nozzle; hydrogen plasma; bulk-plasma acceleration; DIGSP; plasma stability; power–mass-flow constraint.
ZENODO PUBLICATION
REMN+: Governed Cyclotron-Nozzle Hybrid for Relativistic Pre-Regime Plasma Propulsion Version 13
https://doi.org/10.5281/zenodo.21939071LICENSABLE SYSTEM
REMN Hybrid
Published architecture, system, model, or governed-field design