Abstract: A generator that comprises at least one ferromagnetic core including a gap, a magnet capable of producing a normal magnetic field within said gap and at least one coil positioned within the normal magnetic field on the core. At least one diamagnet that is positioned to pass through said gap on said core, wherein the diamagnet momentarily blocks the normal magnetic field causing a voltage to be induced within said coil.

Abstract: A generator that comprises at least one ferromagnetic core including a gap, a magnet capable of producing a normal magnetic field within said gap and at least one coil positioned within the normal magnetic field on the core. At least one diamagnet that is positioned to pass through said gap on said core, wherein the diamagnet momentarily blocks the normal magnetic field causing a voltage to be induced within said coil.

Abstract: A device for the conversion of a static magnetic field into electrical energy comprising a permanent or electromagnet for establishing a stationary (static) magnetic field, one or more coils responsive to the magnetic field, a switch to periodically place a load across said responsive coils, and a hemispherical diamagnetic insulating element to periodically shield the coils from the magnetic field to produce electrical energy in the coils. The responsive coil may be cylindrical and totally surround one pole (half) of a magnetic dipole. The insulating element is rotatable around the magnet and is to alternately shield and expose the coil to the field of the magnet. The switch periodically opens and closes the coil circuit corresponding of the rotation of the shield.