Bedini SG Energizer

Overview

The Bedini SG (School-Girl) is the entry-level scalar EM build, designed by John Bedini as an accessible demonstration that rotating permanent magnets can be made to deliver more power to a secondary load battery than the primary source delivers. The device consists of a free-spinning wheel with permanent magnets on its rim, a hand-wound bifilar coil on a ferromagnetic core, and a simple transistor switching circuit. The coil pulses voltage spikes (often 200–400V) from collapsing magnetic fields; these spikes charge a secondary battery via a diode. The key anomaly is that the secondary battery charges faster than the primary discharges — the excess attributed by Bedini to a "negative energy" or "radiant energy" capture mechanism. This plan covers motor assembly, winding, biasing, and battery cycling measurement.

Intended Research Use