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18. The Theory of "The Increase of Reactivity"
The experiments have demonstrated irrefutably that all technological devices, solid conductors, etc., as far as their functions are concerned, can be compared to the athletes and the human brain. Therefore,
"They must be subjected to a particular method/process, to acquire, first of all, their settling and correct functionality and in a second moment to improve and increase their electro/mechanical/magnetic performances".
This is made possible by the particular "organized electrical stimuli" performed by this patented method/process, which obtain a better efficiency and speed of transmission and transformation of the flow of electricity. These improvements achieve
"The increase in reactivity".
This consists in the improved and increased capacity for speed, promptness and reaction speed:
both technological devices, solid conductors, etc., when they are traversed by the flow of electricity; is of the same behavior of the flow of electricity, when it flows inside any technological device, solid conductors, etc..
19. Practical effects on technological devices, solid conductors, etc.
The increase in reactivity allows technological devices, solid conductors, etc., to increase their ability to be "paths" from the flow of electrical energy with greater efficiency and speed, even in a more substantial way, and to respond more easily, effectively and quickly to its own variations, without these having to be physically modified and/or subjected to electro/mechanic/magnetic/thermal stresses.
This means that the increase in reactivity achieved by this extraordinary method/process allows:
"Bring to the maximum capacity, quality and efficiency of operation, any technological device, solid conductors, etc, improving and increasing the quality of the performances and the precision of operation".
This allows, for example, to bring an entire electronic system (consisting of individual components separated and interconnected by cables) to settle and work properly, thanks, for example, to the synchronization of all the components and circuits present inside them. In this way:
"Yes completely or drastically reduces any form of distortion",
generated by obstacles of any kind (for example, micro-uncertainties in operation...), which threaten the correct flow of electricity, causing the reduction of efficiency and increasing dissipation.
The technological devices, solid conductors, etc., therefore, see their reactivity increase. This, for example, increases their speed of impulse response, with beneficial effects on quality and accuracy of operation.
Even the drastic reduction of energy dissipation leads to a full and more precise use of the energy content itself.
Another unusual fact is the acquisition and stability over time of the increase in reactivity! This remains in devices, conductors, etc., until they are "separated" or handled, repaired,
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