Solid State Power Generator

Extraction of energy from a permanent magnet without mechanical movement.

Until today, to generate electricity, it is necessary to use a variety of engines and all kinds of fuels. The main source of energy still the magnet and magnetic fields created in generators during rotation of armature.

Obtaining energy without mechanical movement would reduce the use of all types of fuel.

Тo influence magnets constant field is impossible, it is more likely to demagnetize than begin to issue pulses.
Same with the materials of interacting poles. If the steel is magnetic, it will reach for the magnet and the rotation of the motor armature will not occur.

In order to eliminate mechanical work, it is necessary to have material with varying properties or condition - magnetic and non-magnetic, but with the ability to manage them. This will simply simulate the physical movement of parts in generators.

To change the state of the material from magnetic to non-magnetic, it is necessary to change the direction of rotation of electrons around the nucleus of atom.
Acting with low voltage electrical impulses to such material it will allow to transform into both states.
For better understanding it can be compared to a welding machine where the 200A thirystor opens with a impulse of 5-6 Volts. Only it will not open the way for force, but create conditions for its occurrence directly in the winding of the generator or in the stator of the motor.(magnetic motor)
Control of force can be carried out on the low-voltage side of the device, by changing the saturation of the magnetic field. This allows to produce the exact amount of energy, at the lowest voltage levels and frequencies, because there is no need to transport it; It is already where it needed - The Generator is already mounted in electrical apparatus and the magnetic force required at the moment - is right in the motor.
And they can be controlled from outside, wirelessly (already from the phone).

For motors, (fig3.) in order to overcome the counteracting force of each magnet, it is necessary to interrupt its connection with the pole. At that moment material of the pole is transferred to a non-magnetic stare and are created conditions for entering in the working area of next magnet. After his tryout, again translated into a non-magnetic state, so as not to interfere the next, and again to toggle the state when it comes to the next magnet. This is possible with the use of Solid State Relays, built directly on the terminals of the pole plates.
Thus, the magnetic motor consist pairs of magnets on the rotor and poles (special material plates) around the stator plus a built in control system. This is again a few transistors with a battery and a resistor, all controlled from outside (WiFi).
This is not a "Perpetuum Mobile machine". A battery or capacitor is used for activation.
Such an engine is able to provide traction control, full braking and even parking brake, which is very important for elevators.
Each wheel in the car is a motor with brake inside. No more power engines, batteries, transmissions, clutches, hydraulic cylinders with lines and cables for brakes. All signals, lighting lamps and devices of the car, have own built-in generators and WiFi connection with the controls of the car. Complete absence of wires and contacts, witch means super reliability!

Manufacturing of plates for generators and poles for motors, it can be done on 3D printers, or using other technologies.

Such a compound was already created in laboratory (see annex) with no expensive or rare components.
Production of "spin plates" and generators themselves can be carried out literally at home.

Diagram of electrical generator. fig 1
When the pulses are applied to the active element it changes his state from magnetic to non-magnetic allowing the passage of force from the magnet to the winding.
Switching polarity of pulses at the input, will allow to receive straight current at the poles.


Please forward this information to the appropriate institutions in Your country, for serious study, research and use.