Polyphasic multi-coil generator

A polyphasic multi-coil generator comprising:

• a drive shaft,
• first and second rotors rigidly mounted by mounting means on said drive shaft so as to simultaneously synchronously rotate with rotation of said drive shaft,
• first and second stators interleaved with said first and second rotors wherein said stators each have an aperture therethrough through which said drive shaft is rotatably journalled and wherein said stators each have a stator array;
• wherein a radially spaced-apart array of electrically conductive coils are mounted to said stators in first and second stator array angular orientations respectively about said drive shaft, said stator arrays radially spaced apart about said drive shaft, and wherein said rotors and said stators lie in substantially parallel planes,
• wherein said first and second rotors have, respectively, first and second rotor arrays, said first rotor array having a first radially spaced apart array of magnets radially spaced around said drive shaft at a first rotor array angular orientation relative to said drive shaft, said second rotor array having a second spaced apart array of magnets at a second rotor array angular orientation relative to said drive shaft,
• wherein said angular orientations are collectively off-set by an angular offset,
• wherein as said drive shaft and said rotors are rotated in a direction of rotation of said rotors so as to rotate relative to said stators, an attractive magnetic force of said magnets of said first rotor array attracts said magnets of said first rotor array towards corresponding next adjacent coils in said first stator array which lie in said direction of rotation of said rotors and substantially balances with and provides a withdrawing force applied to said magnets of said second rotor array to draw said magnets of said second rotor array away from corresponding past adjacent coils in said second stator array as said magnets of said second rotor array are withdrawn in said direction of rotation of said rotors away from said past adjacent coils,
• and wherein as said drive shaft and said rotors are rotated in said direction of rotation of said rotors, an attractive magnetic force of said magnets of said second rotor array attracts said magnets of said second rotor array towards corresponding next adjacent coils in said second stator array which lie in said direction of rotation of said rotors and substantially balances with and provides a withdrawing force applied to said magnets of said first rotor array to draw said magnets of said first rotor array away from corresponding past adjacent coils in said first stator array as said magnets of said first rotor array are withdrawn in said direction of rotation of said rotors away from said past adjacent coils.