Positive and negative stimulators of phenomenons
There are two possible types of stimulators - positive and negative. Positive stimulators either have suitable chemical compounds, which are needed to maintain energy in specific phenomenons or, during their internal processes, they emit energy, which is favorable for specific phenomenons. This can be explained schematically: molecules from a positive stimulator's composition, which were charged with energy from the stimulator's internal processes smash into the molecules from a phenomenon, which is being stimulated and in this way, the energy of moving molecules in that phenomenon increases and for that reason the processes in that phenomenon run faster. However, because these processes of the phenomenon, which is being stimulated, run faster due to activity of a positive stimulator, the energy resources of that phenomenon are being consumed at the same rate, as before the introduction of that positive stimulator. So, for that reason, it is much more beneficial to perform various tasks, using suitable stimulators because they are done faster in that way. It would be even more beneficial, if multiple stimulators were used at the same time and in the same area. However, every phenomenon has its own specific energetic limitations, which can not be exceeded by activities of positive stimulators because it would create energy excess and it would lead the phenomenon out of its natural limits, which would convert it to a different phenomenon, which would be similar to the previous one in its constituents. When doing various jobs, the most beneficial for a human would be to use those kinds of stimulators, which make a job done faster, which make nerve impulses to go faster in nervous system, brain and muscles and those, which help to expand the memory capacity in human brain. These kinds of stimulators enhance the coefficient of efficiency in human activities. Meanwhile, negative stimulators create the opposite impact to phenomenons, i.e. suppress them and gradually lead them to extinction.