System and method of producing artificial gravity in an electromagnetized environment

A method of producing artificial gravity in an electromagnetized environment, the method comprises the steps of:

• (A) providing a bodysuit and a corridor, wherein a plurality of mobile electromagnets is integrated throughout the bodysuit, and wherein a plurality of mobile inertial measurement units (IMUs) is integrated throughout the bodysuit, and wherein a plurality of first fixed electromagnets is integrated throughout a floor of the corridor, and wherein a plurality of second fixed electromagnets is integrated through a ceiling of the corridor;
• (B) providing at least one computing unit, wherein each mobile electromagnet and each mobile IMU is communicably coupled to the computing unit;
• (C) continuously generating a uniform magnetic field from the first fixed electromagnets to the second fixed electromagnets;
• (D) receiving an initial set of spatial-positioning and orientation data for each mobile IMU;
• (E) calculating a desired magnetic field for each mobile electromagnet from the initial set of spatial-positioning and orientation data for each mobile IMU with the computing unit, wherein an interaction between the uniform magnetic field and the desired magnetic field for each mobile electromagnet produces a desired attractive magnetic force between each mobile electromagnet and the first fixed electromagnets and produces a desired repelling magnetic force between each mobile electromagnet and the second fixed electromagnets;
• (F) generating the desired magnetic field for each mobile electromagnet by adjusting an electrical current applied through each mobile electromagnet;
• and
• (G) executing a plurality of iterations for steps (C) through (F) as the bodysuit moves through the corridor.