Hybrid magnetic engine/generator apparatus and method

An improved hybrid magnetic engine/generator apparatus comprising:

• a. a shaft;
• b. three pairs of oppositely positioned ferrous metal arms connected to said shaft wherein said ferrous metal arms include a first end and a second end;
• c. wire wrapped in non-overlapping fashion around said ferrous metal arms wherein said wire includes a positive power connection and a negative power connection;
• d. a power source connected with said positive power connection and said negative power connection;
• e. a stacking magnet at said second end of said ferrous metal arms;
• f. an opposing magnet located opposite from and in proximity to said first end of each ferrous metal arm;
• g. a device for selectively connecting with said power source such that said wire is intermittently charged such that polarity at the first end of said ferrous metal arms is intermittently changed;
• h. three pairs of oppositely positioned non-ferrous metal arms connected with said shaft wherein said non-ferrous metal arms include a first end and a second end, wherein said three pairs of oppositely positioned non-ferrous metal arms are connected with said shaft a longitudinal distance along said shaft from said three pairs of oppositely positioned ferrous metal arms;
• i. wire wrapped in non-overlapping fashion around said non-ferrous metal arms;
• j. an opposing magnet located opposite from and in proximity to said first end of at least some of said non-ferrous metal arms;
• and
• d. a device for selectively receiving power from said pair of oppositely positioned non-ferrous metal arms.

An improved hybrid magnetic engine/generator method comprising:

• a. providing a shaft;
• three pairs of oppositely positioned ferrous metal arms connected to said shaft wherein said ferrous metal arms include a first end and a second end;
• wire wrapped in non-overlapping fashion around said ferrous metal arms wherein said wire includes a positive power connection and a negative power connection;
• a power source connected with said positive power connection and said negative power connection;
• a stacking magnet at said second end of said ferrous metal arms;
• an opposing magnet located opposite from and in proximity to said first end of each ferrous metal arm;
• a device for selectively connecting with said power source such that said wire is intermittently charged such that polarity at the first end of said ferrous metal arms is intermittently changed;
• three pairs of oppositely positioned non-ferrous metal arms connected with said shaft wherein said non-ferrous metal arms include a first end and a second end, wherein said three pairs of oppositely positioned non-ferrous metal arms are connected with said shaft a longitudinal distance along said shaft from said three pairs of oppositely positioned ferrous metal arms;
• wire wrapped in non-overlapping fashion around said non-ferrous metal arms;
• an opposing magnet located opposite from and in proximity to said first end of at least some of said non-ferrous metal arms;
• and a device for selectively receiving power from said pair of oppositely positioned non-ferrous metal arms;
• and
• b. activating said power source.