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stimuli" (in this case in the form of "microwaves"), to literally "massage and tickle them" (words of the scientist Jones...). The more atoms are relaxed and happy, the more willingly they do the calculations... And then I would be the one mad... And yet it seems to work!
9.4 The creation of amino acids
Finally, among many other examples, the most famous experiment is: that of Miller-Urey.
This was the first scientific demonstration that, under the right environmental conditions, organic molecules can form spontaneously, starting with simpler inorganic substances.
Summing up, using two electrodes placed in a liquid compound to simulate lightning or solar radiation, after about a week of uninterrupted electrical stimulation, Miller observed that about 15% of carbon had gone to form organic compounds, including some amino acids and other potential biological constituents.
10. Storing in the human brain
Even in nature, "electric stimuli" are used to perform a specific function, as occurs, for example, in the human brain during the "memorisation" processes.
To create "electric stimuli" in order to memorize what we are interested in for a long time, we must carry out a complex activity. This consists of several phases, repeated over time:
reading with thought;
reading with the voice;
underlining and annotation of notes;
writing of certain topics;
oral repetition by consulting the text;
mental associations;
oral repetition without consulting the text.
For these memorization activities, more "sensorial stimuli" are used: visual, tactile and auditory stimuli. These "stimuli" are transformed in the brain into "electric stimuli", which lead to imprinting in specific cells, what must be memorized, sometimes even in an indelible way.
11. The method/process: "organized electric stimuli"
This revolutionary patented method/process works in a similar way to the experiments previously mentioned, to the process of memorization of the brain and to that of athletic training.
From the analytical results of the experiments, this method/process has shown to be able, through appropriate electric stimuli, to influence and influence the "behavior of the flow of electrical energy" in relation to the number of stimulation "cycles".
This happens through the use of specific and different "electric stimuli" which are:
combined according to a specific activity;
organized according to a mathematical function.
Thanks to this method/process, everything that electricity meets when it flows inside any technological device, solid conductors, etc., is subjected to "stimulating treatment", in order to:
"Increase the efficiency and speed of transmission and transformation of the flow of electricity",
from the start point of the route to the exit.
Moreover, during the experimentation I have discovered, that it is possible to further improve, the efficiency and speed of the flow of electric energy, through the completion of further stimulation cycles, to the point of obtaining, in two successive phases,
"First the "improvement" and then the "increase" of the electro/mechanical/magnetic performances",
technological devices, solid conductors, etc., subjected to an appropriate stimulating "therapy".
These "electrical stimuli", moreover, are adaptable to the specific functions that are performed by different technological devices, solid conductors, etc., and make this method/process flexible and adaptable for any need and also for future technologies.
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