## Updated 10/14/00

#### Design of Gravity Motor [Patent Pending] The generation of Gravitational Force is based upon the new invented theory and the use of the newly invented electric component Capacito-Inductor which is a four terminal device and generates combined effect of capacitance and inductance. This is a novel technique which states that the applied voltage on Capacito-Inductor orients charge dipole in dielectric, impulse currents generate vibrations in charge dipole, rotation and superimposed vibration of Capacito-Inductor in presence of radial magnetic field generates axial gravitation field. This design is suitable to generate the Gravitational Force at ambient temperature or even industrial / military temperature range without using any Superconductor. It employs a composite effect on charge dipoles in a dielectric material in presence of current impulses, rotation, vibration and radial magnetic field. As this prototype does not make use of any Superconductor, it can be easily used for space and avionics applications. The gravity generation is controlled by the following control parameters: 1. Applied voltage – V Function: To orient the charge dipoles inside dielectric 2. Current1 - I1 and Current2 - I2 Function: To vibrate the charge dipoles 3. Angular frequency - w Function: To give velocity to the charge dipoles 4. Superimposed vibration amplitude - A Function: To compensate the eccentricity of Capacito-Inductor rotation 5. Radial Magnetic Field Intensity - B Function: To tilt the charge dipoles 6. Design parameters of Capacito-Inductor : Dielectric Constant – K, Number of turns – N, Dielectric Thickness – d , Internal Diameter – ID, Outer Diameter - OD

It is a four terminal device A , B, C and D which offers inductance L between A to B and C to D. It also has sufficient capacitance between A to C or B to D. Its inductance is very small at A to C when B and D are shorted. It is used as the main component for generating Gravitational force.

It is a four-layer device with metal foil – dielectric film – metal foil – dielectric film, wounded on a cylindrical core as shown in Fig.8a. The first layer of the metal film is having its ends as the two terminals of the device i.e. A and B while the second layer of metal has its ends as other two terminals of the device i.e. C and D. These two metal layers have dielectric film layers in between as shown in Fig. 8b.

The apparatus consists of several components shown in Fig. 9 which are connected in the following fashion.

The magnetic rotor of permanent magnet synchronous motor (PMSM) rotates all the moving parts including Capacito-Inductor, PCB and slip-rings. The magnet creates radial magnetic field. Electronic PCB is also mounted on the rotating system and optically couples the two current pulse generators. The slip-ring assembly is mounted above the PMSM to feed power to electronic PCB. The whole system is supported with the help of the Top and bottom covers.

Role of each component of Fig. 10

a. First Power Supply to feed power to PCB for current pulse generator 2.
b. Second Power Supply to apply voltage V on Capacito-Inductor.
c. Third Power Supply to feed power to PCB for current pulse generator 1.
d. Slip-rings to transfer power to rotating PCB.
e. Current Pulse Generator 2 to generate current pulses I2.
f. Current Pulse Generator 1 to generate current pulses I1.

The Voltage is applied at the terminal A & C of the Capacito-Inductor through the power supply. Equal and opposite current pulses are applied at the terminals A-B and C-D of the Capacito-Inductor with the help of two Current pulse generators respectively. These two current pulse generators are opto-coupled to generate almost equal and opposite current pulses.

The second current pulse generator can be eliminated by short circuiting the terminals C & D. In this case due to high mutual inductance between the two coils A-B and C-D almost equal and opposite current is generated in both the coils with only one current pulse generator.

Description of the Gravity Motor:

The heart of the gravity motor is a four-layer device with metal – dielectric – metal – dielectric wounded on an insulating cylindrical core. It is a four terminal device A, B, C and D which offers inductance L between A to B and C to D. It also has sufficient capacitance between A to C or B to D. However its inductance is very small at A to C when B and D are shorted. It has been titled as Capacito-Inductor. It is placed between a magnetic circuit of permanent magnet which creates radial magnetic field.

When the Capacito-Inductor is rotated at high speed, voltage is applied between A and C, opposite current (dipole current) pulses are applied on A - B and C - D, it generates axial gravitational field. A PMSM used to rotate the Capacito-Inductor is operated with the help of a separate Electronic controller.

The applied voltage orients charge dipole inside dielectric in radial direction with negative and positive charge towards axis of rotation in alternate layers of dielectric. Rotation of Capacito-Inductor in presence of radial magnetic field tilts all the charge dipole towards negative charge down or up parallel to axis of rotation depending upon direction of rotation. Force vector on positive and negative charge is equal and opposite, therefore, the resultant effect is torque on charge dipole. The current dipole pulses generate vibration in charge dipole, and rotation of vibrating charge dipole generates gravitational force.

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