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The permanent magnet electric generator includes a plurality of ferromagnetic bars disposed in spaced apart relation about the circumference of a non-magnetic, annular rotor body circumferentially surrounded by an even plurality of stator rows uniformly distributed around and arranged normal to the

The permanent magnet electric generator includes a plurality of ferromagnetic bars disposed in spaced apart relation about the circumference of a non-magnetic, annular rotor body circumferentially surrounded by an even plurality of stator rows uniformly distributed around and arranged normal to the rotor. Each row of stators has a plurality of interconnected stators, each stator having a nonconductive innermost core surrounded by ferromagnetic material and successive layers of insulation, windings of conductive wire, and layers of ferromagnetic material circumferentially surrounding the underlying layers in a pre-determined repeating pattern.

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1. An electric generator, comprising:a housing; a rotor assembly centrally disposed within said housing, the rotor assembly comprising an axially disposed annular rotor body having a circumference and a diameter, and a shaft rotationally coupled to a source of rotational energy, the rotor assembly f

1. An electric generator, comprising:a housing; a rotor assembly centrally disposed within said housing, the rotor assembly comprising an axially disposed annular rotor body having a circumference and a diameter, and a shaft rotationally coupled to a source of rotational energy, the rotor assembly further comprising an even plurality of magnets uniformly distributed about the circumference, each magnet having a north pole and a south pole along the diameter such that adjacent magnets about the circumference have outward facing poles of alternating polarity; and a plurality of stators, arranged in an even plurality of rows, each row secured within said housing at a static location with respect to and in close proximity to said rotor, the rows spaced equidistantly within said housing and radially about said rotor assembly, wherein each of said stators comprises: a proximate end adjacent to said housing and a distal end adjacent to said rotor assembly; a centrally disposed nonconductive plate having two substantially rectangular planar surfaces; at least one substantially rectangular ferromagnetic plate, disposed parallel to each said planar surface of said centrally disposed nonconductive plate; and a plurality of concentrically arranged layers of insulation, primary windings, and ferromagnetic material circumferentially surrounding underlying layers, the plurality of layers arranged in a predetermined repeating pattern. 2. The electric generator according to claim 1, wherein said pattern comprises:a first layer of insulation covering underlying layers; a second layer of insulation covering said first layer of insulation; a first primary winding extending from said stator proximal end to said stator distal end; a third layer of insulation covering said first primary winding; a second primary winding extending from each said stator distal end back to each said stator proximal end, said third layer of insulation disposed between said first primary winding and said second primary winding; a fourth layer of insulation covering said second primary winding; a fifth layer of insulation covering said forth layer of insulation; and a first layer of ferromagnetic material circumferentially surrounding said fifth layer of insulation; wherein said first and said second primary windings are formed from a single continuous conductor. 3. The electric generator according to claim 1, wherein each said stator further comprises an odd number of primary windings formed from a single continuous conductor having two ends, the first end extending from said stator proximal end and the second end extending from said stator distal end.4. The generator according to claim 3, wherein said primary windings of diametrically opposite stator rows are electrically connected.5. The generator according to claim 1, wherein each of said magnets comprises an extended rectangular bar formed of ferromagnetic material having a length approximately equal to the length of said rotor assembly.6. The generator according to claim 1, wherein said magnets are arranged such that diametrically opposing magnets expose like poles to each said stator.7. The generator according to claim 1, wherein said housing comprises a plurality of substantially square plates uniformly distributed in a row having a length approximately equal to said rotor assembly, said plates having a circular aperture centrally disposed therein, said aperture having an inner surface.