Experimental Generation of Thrust for Space Systems Using Rotating Magnets: An Investigation toward Field Unification

The present study was designed to examine the possibility of generating a net force or measurable weight change arising from the rotation of a magnetic field in a simple laboratory system. To this end, a set of neodymium magnets with a total mass of ۳۶.۲ g was mounted on an A۲۲۱۲ motor, and field rotation in the frequency range of ۹۰–۱۲۰ Hz was investigated under controlled conditions. Weight variations were recorded using a high‑precision digital scale (۰.۰۱ g), and environmental acceleration was measured using an accelerometer. The results of three independent experiments showed that clockwise (CW) rotation produced weight changes of several grams in the opposite direction compared to counterclockwise (CCW) rotation, and the accelerometer data confirmed the presence of an acceleration approximately equal to ۱۰% of Earth’s gravitational acceleration near the system. A control experiment using the motor without magnets exhibited no comparable effect, indicating an electromagnetic rather than mechanical origin for the phenomenon. The theoretical analysis suggests the possibility of gravity‑like acceleration emerging from magnetic‑field rotation. The findings point to a potentially novel phenomenon in the interaction of rotating magnetic fields with their environment and may provide a basis for developing concepts related to gravity–electromagnetism coupling, unconventional propulsion, and new experimental tests in non‑stationary field physics.

کلیدواژه ها:

Thrust ، Aerospace ، Electrical propulsion motor ، propulsion force ، Unified Field Theory ، gravity