Living organisms and energy exchange, self-regulation

Every living thing on Earth, from the moment of the emergence of organic life to the present day, evolves and exists only in an environment where various physical fields are constantly present: gravitational, electromagnetic radiation from the Sun and other space objects, the Earth’s magnetic field, etc. Therefore, biological objects subtly depend on changes in these fields and, moreover, cannot exist without them.

There is a fairly well-reasoned opinion that the energy expenditure of the human body per day is only covered by 15-17% by the food consumed. If all our energy came from food, we would have to eat up to 40 kg of food per day!

Energy in the form of field energy comes to a person from the outside, through the so-called energy centers (chakras) and biologically active points on the skin - the places where energy-conducting meridians (channels) known from Eastern medicine come to the surface.

Without the mutual exchange of energy and information between biological objects and the environment, life would be impossible. It is known that all living cells, including the human body, are sources of electrical and magnetic vibrations, and the more complex the structure of a multicellular and multi-tissue organism, the higher the frequency spectrum of electromagnetic fields emitted and perceived by this organism.

When studying the radiation of a biological object and the field influences perceived by it, it was noted that the energies of this exchange are very low in intensity and can amount to units or tens of microwatts per 1 sq. cm at the surface of the object. This circumstance made their registration difficult (there were no such high-precision measuring devices). Any biological object is, according to physical concepts, an open nonlinear system that maintains its stability due to the supply of energy from the outside, which is a necessary condition for its existence as a nonequilibrium system.

A good example of an open nonlinear system can be a toy - a top, which requires repeated external twisting to maintain its movement. Due to the nonequilibrium of biosystems, the main factor for generating oscillations in them is the action of organized oscillatory processes in various wave ranges: words, music, reflected light from various objects, spin waves of polarization of various solutions and plants, etc. The stability of nonequilibrium biosystems can only be dynamic, and the margin of stability of a biosystem depends directly on the power of oscillatory processes.

The main mechanism that supports oscillatory processes in the body is asymmetry. In particular, this is the presence of various optically active liquid media, stereoisomers, for which, in the process of evolution, a strict rule for their selection was implemented. According to these rules, in the human and animal body, fats and carbohydrates should have only right stereoisomerism (i.e., the ability to deflect a beam of light to the right), and amino acids should only have left stereoisomerism (they deflect a beam of light to the left). This combination of stereoisomers in living organisms is called the rule of chiral purity and it appears to be a necessary condition for sufficient power of oscillatory processes and, accordingly, stability of the biosystem. Thanks to oscillatory processes and the resulting informational vortex magnetic oscillations, a connection occurs between cells, organs, and functional systems that unite the body into a single whole community connected by rhythmic processes.

The human body is a deeply self-organizing and self-regulating system, consisting of hierarchically self-similar cellular structures interconnected by information-wave fields, forming an electromagnetic information frame of a single organism, capable of autoregulation and response to external similar (resonant) influences of information-wave fields of the human environment.