The Holographic Principle and Emergence Phenomenon

Abstract

The present work was inspired by a serendipitous discovery of non-local effects in living organisms, which could not be explained by the known biological mechanisms. We have demonstrated on a large number of subjects (up to 13 000) that any small part of a human body, when exposed to pulsed electromagnetic fields, produces the interference patterns that carry diagnostically significant information; more precisely, we found that the shapes and textures of the most disorderly anatomic structures can be analyzed using minor superficial areas of the body as a source of information. This finding required a rational scientific explanation. The studies conducted in the conditions of minimal perturbation made it possible to unveil some physical mechanisms underlying the non-local phenomena in complex systems of natural origin [Shaduri et al., 2002; 2008a]. The holographic principle offered by physicists as a solution to information-associated processes in certain (non-living) natural objects turned out to have more general scope of applicability. The real-time encoding and decoding of information have been detected in both humans and animals [Shaduri, 2005]. Our experience makes us believe that without penetrating waves such as X-rays or ultrasound focused upon the areas of interest, it is not possible to observe internal structures of intact living body. It came as a big surprise that diverse parts of living systems may communicate not only through exchange of molecular and nervous signals, but also „wirelessly“. The wireless communication had been unimaginable before Heinrich Hertz proved it experimentally in 1888. Our clinical and experimental data that suggested the existence of some previously unknown mechanisms of information transfer in biological systems were met with ferocious resistance and misunderstanding as well: the physicists, who we addressed for help, could not believe that high-resolution images of internal organs and tissues could reach the outer surface of the human body. So, a small team of biologists, medical doctors and engineers was left to investigate the phenomenon further. We have started from the very beginning by seeking rational answers to the naive questions about the most general principles of the genesis, organization and functioning of simple systems. Based upon the existing knowledge the answers had to be inferred to such critical questions, as: what kind of interactions might result in interconnectedness of all constituents in the space occupied by the system? What are the simplest self-organizing systems like?