AEROSPACE ELECTRIC MOTOR WITH UNROOTED ELECTROMAGNETIC FIELDS

Abstract

The aerospace de-rooted electric motor is a 100% electric motor that generates thrust even in the vacuum of space. It uses high-voltage generators to charge low-inductance capacitors, which are then discharged onto field pulse emitters. These emitters can be electric, magnetic, or electromagnetic field pulses, and electronic synchronization and control circuits generate the high-power field pulses, lasting fractions of a nanosecond, required to de-root the fields. This de-rooting process is the basis of the motor's operation, resulting in sustained thrust at low cost without the use of fuel or propellant. This technology relies on the concept that a force field can alter the dynamic state of a susceptible body without any momentum balance.

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