Newton's third law propellantless propulsion system

A propulsion system comprising:

• an annular housing with an internal annular track,
• one or more rotors for movement in said track,
• a magnetic field sector comprising one or more stators angularly disposed angularly spaced adjacent to but apart from said housing at increasing distances from said housing outer periphery when viewed in the clockwise direction, wherein said stators provide a magnetic field of increasing magnetic field intensity when viewed in a counterclockwise direction, wherein said magnetic field is continuous,
• at least one stator in said magnetic field sector is an electromagnet adjacent to said housing outer periphery, generating a magnetic field that briefly turns off to create a magnetic field break that allow said rotors in transit through said magnetic sector to continue moving forward,
• a second sector comprising a predetermined segment of said track to allow the traffic of said rotors to continue in transit to return to said magnetic field sector.

A propulsion system comprising:

• an annular housing comprising an annular track,
• one or more rotors for movement in said track,
• a first magnetic field sector comprising one or more stators angularly disposed angularly spaced adjacent to but apart from said housing at increasing distances from said housing outer periphery when viewed in the clockwise direction, wherein said stators provide a first magnetic field of increasing magnetic field intensity when viewed in a counterclockwise direction in which said magnetic field has a polarity opposite to said rotor polarity, wherein said first magnetic field is continuous,
• said first sector comprising at least one stator comprising an electromagnet, wherein said electromagnet stator is located adjacent to said housing,
• a second magnetic field sector comprising one or more stators angularly disposed angularly spaced adjacent to but apart at increasing distances from said housing outer periphery when viewed in the counterclockwise direction, wherein said stators provide a second magnetic field of decreasing magnetic field intensity when viewed in a counterclockwise direction in which said second field has the same polarity as said rotors polarity, wherein said second magnetic field is continuous.

A propulsion system comprising:

• an annular housing comprising an internal track,
• one or more rotors for movement in said track,
• a first magnetic field sector comprising one or more stators angularly disposed angularly spaced adjacent to said housing wherein said stators provide a first magnetic field of increasing magnetic field intensity when viewed in a counterclockwise direction with a magnetic polarity opposite to said rotors polarity, wherein said first field is continuous,
• a second magnetic field sector comprising a one or more stators angularly disposed angularly spaced adjacent to said housing generating a second magnetic field of decreasing magnetic field intensity when viewed in a counter clockwise direction with a polarity which is the same as said rotors polarity, wherein said second magnetic field is continuous.