Technology Categories

Devices using precisely-timed electrical pulses to drive permanent magnet rotors. Includes Bedini SSG, Adams Motor, and Gray EMA. Key principle: capturing back-EMF energy from collapsing magnetic fields.

No moving parts — these devices use electromagnetic flux switching, ferromagnetic cores, and permanent magnets to generate excess energy. Includes the MEG, Flynn PPMT, and Gunderson generator.

Mechanical systems using flywheels, gears, and oscillating weights to amplify energy. Includes the Hatem system, Campbell generator, and Milković oscillator. Leverage angular momentum and inertia.

Advanced water splitting and electrolysis systems that claim dramatically higher efficiency than conventional methods. Includes Stan Meyer's Water Fuel Cell and Bob Boyce's series-cell electrolyzer.

Devices based on Nikola Tesla's pioneering work — bifilar coils, radiant energy, longitudinal waves, and resonant circuits. The foundation of much alternative energy research.

Motors and generators using permanent magnet interactions, magnetic amplification, and parallel path flux steering. Explores magnetic force multiplication with minimal electrical input.

High-frequency resonant circuits, switching systems, and parametric oscillators. Includes SERPS, Don Smith systems, and Kapanadze generators. Leverage LC resonance and impedance matching.

High-voltage asymmetric capacitor effects producing thrust and propulsive force. The Biefeld-Brown effect is verified — the debate is over the mechanism. Lifter experiments are highly reproducible.

Nature-inspired centripetal vortex and implosion technologies based on Viktor Schauberger's observations. Explores inward-spiraling flow dynamics rather than explosive outward expansion.

Historically significant devices and experiments that laid the groundwork for modern alternative energy research. Includes Moray's radiant energy device, Hendershot generator, and Figuera generator.