Principle of holography in complex adaptive systems

Abstract

PurposeThis paper seeks to present a hypothesis that is based not only on theoretical considerations, but also on experimental and clinical data. The hypothesis concerns the holographic principle as the main principle that ensures formation and functioning of any complex adaptive system (CAS).Design/methodology/approachThe submitted paper represents the continuation of an article published in 2005 in Kybernetes. It substantiates the crucial role of holo‐diffraction in system‐genesis and system‐functioning. New experimental results are discussed and some parallels are also drawn between natural systems of various scales.FindingsA new physical phenomenon of holo‐diffraction is considered as the general principle of CAS organization.Research limitations/implicationsBiological holograms, emitted by various minor parts of the human body in specified conditions, allow in vivo and harmless imaging of various internal disorders. New approach to the study of complex adaptive (living) systems would help researchers to reveal some general laws and regulations of natural systems formation.Practical implicationsA new approach to the study of living systems that is based on parametric and visual analysis of emitted holograms is already used for medical purposes. Recently developed analytical software is being tested.Originality/valueThe paper contributes to the understanding of those principles which enable any CAS to integrate, control and organize its components while functioning.

Life-Cycling of Cancer: New Concept

“…In BHT there is no necessity to screen entire body part by part, since the holography-based mechanisms spread the scaled information about the deviations from normal functioning of cells and tissues throughout the whole body acting akin to a wireless system of bio-communication. Experimental and clinical study of various patients (with and without diseases) enabled us to reveal some cancer-specific spectral signatures in fingertip BHT-grams [5,48] that prompted subsequent research in oncology. The CID is a portable, easyto-use and non-costly tool of the whole body examination; it allows the determination of the spatiotemporal distribution of malignant processes throughout an intact organism.…”

Dataflow model for managing urban disasters: the experience of Bam earthquake

“…Holo‐diffraction implies the ability of complex adaptive system of natural origin to construct within a system a multilevel entity, where all elements are arranged according to the principle of dynamic holography. In other words, an entity within the system can display replicas of other internal organs (Shaduri, 2005, 2008).…”

The Holographic Principle and Emergence Phenomenon

“…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.…”