MEOOPS-MAG: Motor, Amplifier, Generator A Complete IEEE Technology Report on Permanent-Magnet Oscillation-Driven Propulsion, Voltage Amplification, and Electrical Generation
MEOOPS-MAG (Motor, Amplifier, Generator) is a cylindrical, battery-form-factor energy device that integrates the MEOOPS (Magnetic Energy Octagon Oscillator for Power Source) permanent-magnet oscillation core with an enclosed electromagnetic coil assembly to deliver three configurable operating modes: Motor, Voltage Amplifier, and Generator. Building on the MEAMOMU (Magnetic Energy Automaton Mechanical Oscillator for Multiple Uses) lineage, MEOOPS-MAG requires no external fuel, solar irradiance, or wind input. Oscillation is sustained by the Laithwaite Flux Decoupling Effect gated through pyrolytic carbon flux valves. The resulting mechanical motion drives an enclosed electromagnetic coil that acts as a motor armature, transformer primary, or generator rotor depending on load configuration. Four simultaneous energy transduction modes — electromagnetic induction (EI), piezoelectric (PZ), triboelectric (TE), and GERTAM valence electron harvesting (VEH) — provide multi-channel electrical output. This report presents the complete theoretical framework, internal architecture, three-mode operational analysis, GERTAM sub-system, scalability matrix, comparative analysis, and applications roadmap for the MEOOPS-MAG platform.
Index Terms — MEOOPS-MAG, MEOOPS, MEAMOMU, permanent magnets, pyrolytic carbon, magnetic flux valve, mechanical oscillator, electromagnetic motor, voltage amplifier, generator, GERTAM, valence electron harvesting, triboelectric, piezoelectric, renewable energy, Laithwaite effect, battery replacement, electric propulsion.
