Operating principle
A normal coil with an electric current flowing through it will have a magnetic field around it. It should be called magnetism, because it is actually a dielectric structure that is seeking homeostasis, thus creating a toroid and the inverse of the toroid. That is the magnetism of an electromagnet, similar to the magnetism of a permanent magnet.
Permanent magnets or electromagnets, their magnetism is actually the polarization of the Ether. The dielectric flow at the south and north poles of the magnet will have a dielectric flow in a spiral clockwise direction at the north pole, counterclockwise at the south pole. This was verified by Ken Wheeler (a Field Theory expert) through many scientific experiments. This is the polarization state of the Ether with the center being the dielectric inertial plane.
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| Cross sectional side view of a magnet, its dielectric plane, with centrifugal and centripetal circular polarization |
Now consider that coil in the position of the secondary coil of a transformer. When the secondary coil has a pure electric load and a capacitor in series, for example, when the circuit is closed with the source as the secondary coil, the polarization of the coil starts to be canceled. This polarization results in the dielectric inertia of the field (magnetic field) of the electromagnet creating 2 magnetic flux lines coming out of the 2 poles of the electromagnet (2 sides of the coil).
It is this magnetic flux that opposes the magnetic flux that the primary coil is creating. This leads to energy loss at the source supplying the primary coil. Thus, there is no free energy in a conventional transformer.
If we know how to properly depolarize the Ether generated by the secondary coil, we can create free energy.
Let Φ be the magnetic flux that opposes the generation of current on the secondary coil. There will be 2 magnetic fluxes discharged in two opposite directions at the two ends of the coil, the dielectric discharge medium is the toroidal core.
Due to the nature of Ether to mediate the pressure from the dielectric inertia in space (magnetic field of the coil), it always tends to find the lowest potential to mediate. The secondary coil (coil 2) in the drawing will create Φ directed along the neighboring torus (side) of the central torus (torus in the middle).
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| Schematic diagram of a free energy transformer - dielectric compression at the windings |
At that time, the outermost coil 2 of the neighboring torus will be compressed by the dielectric vortex at the 2 ends, forming an electromagnet and generating voltage. Here, if the circuit is closed for coil 2 (outermost), it will generate a magnetic flux Φ2 compressed into the 2 ends of coil 2 (which is the common coil for the 2 toroidal cores). A new voltage is generated at the common coil for the two toroidal cores. At this moment, the input square pulse to the primary coil returns to 0, and there is no flux generated by the primary coil. A flux Φ3 of the common coil for the two toroidal cores is generated, which will pass through the primary coil 1.
Due to symmetry, there is also a Φ3 that goes into coil 1. This causes coil 1 to become a polarized electromagnet again, generating voltage again.
Basically, there is no such transformer without the flux that is generated by the primary coil. Because the flux will choose the easiest path to operate. This is the version of the dielectric transformer that compresses the electromagnet coil, generating alternating voltages, mutually supporting each other.
According to this version, after generating voltage, if you know how to feed the load at the coils (primary and secondary), you can disconnect the pulse power to the primary coil.
This means that you will have a generator box, with a low power consumption load, to maintain the system. This load can be a small light bulb and a properly calculated capacitor. When there is more load, the system will operate at a higher current, and you need to adjust the resistor accordingly.
No input power is needed when feeding the load to maintain this dielectric compression. That's the theory. However, Alexkor does not publish this. Because the world is not ready to receive free energy.
Many people benefit from inventions, but the inventors do not earn a single penny from those who borrow their technology. Perhaps it is
human nature to be of alien origin. They have destroyed the world, sometimes very smart, but very stupid. They can be stingy and not pay for the efforts of researchers, but then, they fall into the trap of those who sell physical products that have little meaning for life. People do not pay for valuable things that are liberating and free, but pay for things that contribute to the operation of the world of slave rulers. People like free because the rulers of the world make them poor and crave what the rulers direct. That is how
this world works. In this way, many people exalt themselves, think they can learn, and always consider researchers who write books as their servants.
A quality book is sold, they are not willing to buy, although they really want to, they can wait for someone to share, or ask for a digital PDF copy.
That is the nature of most people when they have been programmed by the ruling class since entering grade 1.
However, there are still good and kind people who are truly kind. They cherish spiritual values. They can still buy books or invest in intellectual values or ultimate solutions.
Therefore, I would like to introduce a solution to create free energy for the sophisticated and worldly:
⁂ Self-powered generator with feedback circuit for input.
※ Transistorized snap-off technology to harness energy from dielectric inertia.
※ This is a modern version of the self-powered generator, suitable for today's manufacturing - just buy the electronic components and electrical equipment to assemble, then expand the scale and increase the power of the machine. In addition, the plan has many other modern and unique methods!
Assembly method
It is not difficult to assemble properly once you understand the schematic diagram.
Winding wire: copper wire for transformers | OR: backup link.
Transformer core: Toroidal core for transformers | OR: backup link.
Primary coil supply: square pulse generator | OR: backup link.
Note: A battery is needed to power the square pulse generator.
Finally the output and consumption at the secondary coil (coil 2):
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| Connect the load to the secondary winding - also converts AC to DC and then to the inverter |
To get a more perfect design, like a box, adjustable when loaded, and portable, you need to think more. Or you can message me through the social networks linked to this website.
It will be like a box without a battery, but with a nourished load, with a light that is always on. When there is a large load, it is necessary to adjust the parameters of the components further.
⁂ Revealed At Last...!
Self-powered generator with feedback circuit for input.
※ Transistorized snap-off technology to harness energy from dielectric inertia.
※ This is a modern version of the
self-powered generator, suitable for today's manufacturing - just buy the electronic components and electrical equipment to assemble, then expand the scale and increase the power of the machine. In addition, the plan has many other modern and unique methods!
