Biorobots

When a biorobot is born, it does not have any program. Like a brand new computer without an operating system installed. Gradually, first the parents, then the school, and the external environment put programs into him that help him interact with the environment and survive.

Then it is programmed by its environment, television, and the Internet. The biorobot is not capable of rewriting programs that came into it from the outside. He cannot understand his structure, realize himself, an external description more or less suitable for his model is enough for him....
The main task of a biorobot is to conserve energy. In response to any external stimulus, he finds a subroutine in his memory; after playing it, he goes into hibernation mode and switches off. A different number of programs determine the quality of life of a biorobot. A biorobot with a limited social circle and a small number of programs interacts with the world at its own level. In a conversation with the professor, he will calmly say, “Don’t be smart,” and switch off. Everything he could get from the enlightened biorobot does not fit with the main goal - to conserve energy. Such a biorobot is not capable of analyzing or thinking logically. It is only capable of accumulating shutdown routines. He looks for these programs everywhere, on TV, on the Internet, and calmly uses them in his future life activities. The first-level biorobot's phrases - I think or I think so - do not mean analysis mode; in fact, it searches the memory for programs that it once received in order to issue it and switch off.

Sometimes, under the influence of external factors, a biorobot cannot receive the program necessary to respond to an external stimulus. The biorobot either simply switches off completely - falls into a stupor or a rare but extremely interesting event occurs. He begins to think, adding up various knowledge, trying on various logical chains, he produces a new program that was not in his head. A biorobot capable of creating a program, capable of reprogramming, breaks out of the general mass of biorobots and begins to lead it. He will send programs, share them with biorobots, and if these programs provide answers to questions that concern first-level biorobots in order to remember and use them for energy conservation mode, these programs become popular. The simpler the program, the more efficiently it saves energy, the more popular it is. Only a program of self-preservation can counteract it. It is given to the biorobot almost from birth and is one of the main incentive programs. An example of a simple program - The rich are to blame for everything, we need to dispossess them all and divide the money. The bulk of poor biorobots will support this program, because by dividing, they will be able to exist, as it seems to them, having received funds for inactivity much longer. However, for the rich, the instinct of self-preservation is triggered and, using various levers, power, money, they oppose this program with their subroutines, and in this struggle, whose program will win, that biorobot will take a higher position in the hierarchy of biorobots.

In essence, a biorobot that has learned to write programs becomes a programmer. The programmer uses its programs to improve its life without violating the laws of conservation of energy and self-preservation. A programmer of the highest level, creating programs or processes aimed not only at his own existence, but also trying to change the life activity of all other biorobots. If for the better he becomes a creator. On the contrary, a programmer who writes harmful programs, which are often perceived as correct but are false improvers, is a destroyer.

A simple biorobot cannot understand who is at the top of the system, the creator or the destroyer.
If the laws of conservation of energy and self-preservation are not violated. If the balance between danger and sleep patterns is in favor of the biorobot, the system will last indefinitely. This balance can only be disrupted by a more effective program or by the system breaking the balance of regimes not in favor of the first level biorobot.