Element of electromotive force

This video shows the same element – a multifunctional module that converts several energy sources: light, fuel, geothermal and electrical.

Modulation of the corresponding content of the composition of this element refers to secondary amorphous and electrically neutral raw materials. As shown in the video, this element does not have its own voltage and is not a capacitor. Its electrostatic resistance is commensurate with the dielectric properties of materials. The proposed solution is demonstrated by the theoretical data of the author of the technology of modulation of electric charges. In turn, the theory itself is based on the author's concept: "Cold development of the Universe" (1989 - 1992).

The conclusion for this concept was a research result revealing the causes and conditions of the known transitions of Mössbauer nuclei. These definitions were taken from the author's mathematical table of all known isotopes, compiled on the basis of the model of the expansion of Hydrogen, due to the polar limits of the internal functional structure of the unit of charge (1990 - 1992). The contents of this table reveal each internal numerical structure of nuclei, thereby determining the fundamental mathematical value of each individual physical quantity of elementary particles, such as the proton and neutron, which together make up the nucleon - a unit of charge. The mathematical distinction of elementary particles made it possible to establish the principle of the interrelation of these structures among themselves, dividing them into the functional limits of their compositions, as the internal and external content of each charge contour.

The video demonstrates the operation of an electromotive force element. For this, an old used car battery is used, with an initial voltage of twelve volts - the residual, about: 6.25 volts. In case of a short circuit, as you can see, this voltage is already: 0.47 volts. The current strength is: 4.5 - 5 amperes.

Next, the element is tested for the absence of any voltage and current. Also, the electric circuit is closed and a voltmeter is connected (the author apologizes for the forced improvisation with a low technical demonstration of the content of the video).

When connecting the module, the voltage was: 5.49 volts. Current: 8 amperes, with a positive growing trend.

Then, the perpendicular electrical contacts are checked, on which, also, there is no voltage or current. (Here it should be said that the module has four electrically insulated contacts for connecting electrical voltage.) As you can see, then everything is repeated. This module became the prototype of a passive electric current generator, necessary for the creation of modular autonomous power plants for the transition period.