Description

Contents

1. General ideas about the regulatory processes in living organisms

   12

2. What is the Matter? Matter – its manifestations and essence

   15

   • What is information and how does it control living matter

     16

   • Main difference between living and inanimate matter

     18

   • Physical Aspects of the View of the World, or How Science Explains the Structure and Phenomena of the World

     21

   • Field-based approach

     22

   • Geometric (topological) approach

     24

     • Multidimensional Models of the World

       24

     • The physical core of the geometries of Euclid, Minkowski, Lobachevsky and Riemann

       26

     • The Torus as a Fundamental Metamathematical Model of Living Matter

       31

   • Relational approach

     33

     • The Yin-Yang symbol (the “highest extreme”) – precursor of the relational approach

       34

   • The human sense of sight – example of the combined effect of field and relational approaches

     38

   • The Polarization Hologram – Basis of Information-Based Interaction and Regulation in Living Matter

     43

   • Polarized vision as the “sixth sense” of insects

     48

3. The fundamental laws of symmetry – systemic basis of biological and physiological processes

   51

   • The fundamental laws of symmetry conservation – invariance laws

     52

   • Quantum dots – manifestation of the information mechanism of the symmetries of the “highest extreme”

     69

   • Asymmetry, Chirality and Anisotropy as Prerequisites for the Emergence of Life on Planet Earth

     72

   • Entropy – practical basis of information-driven regulation in living matter

     80

4. Dissipative Systems as a Form of Existence of Living Matter

   87

   • The dynamic fractal matrix of dissipative systems

     96

   • Phase Transitions – Manifestation of Nonlocal Information-Based Connections of Dissipative Systems

     102

   • Invariant Tori – the “land before and behind the mirror” of eternal life

     105

   • Maintaining the functional chaos norm to maintain health and slow down the aging process

     111

   • Molecular Principles of Functional Information Generation

     121

   • Mechanisms of information exchange in living systems

     127

5. The Structures of Biological Tissues as a Basis for Dissipative Regulation

   138

   • The extracellular matrix – the most important medium for dissipative regulation

     138

   • The “Secret of Life” – the Phenomenon of Feedback in Dissipative Systems

     142

   • The Role of Water in the Dissipative Regulation of Homeostasis

     145

   • The Energy Balance of a Living Cell – Possibilities of Dissipative Regulation

     153

     • Mitochondria – Energy Powerhouses of Cells

       153

     • The membrane potential of cells

       158

6. Dissipation – an important property of brain function memory, consciousness, thinking, intellect

   163

   • The Brain as a Quantum Mechanical System Linking the Material State and the Quantum State of Living Matter

     163

   • Physical Principles and Mechanisms of Holographic Functioning of the Brain

     168

   • Consciousness, memory, thinking, intelligence – forms of information processing in the brain

     191

   • Mental Images – the Transformation of the Virtual into Reality

     194

   • Specificity of the processing and storage of information in short-term and long-term memory

     198

7. The Stress Vector – the Quantum Mechanical Basis of Psychosomatics and Somatopsychics

   206

   • Stress – a branched systemic body reaction

     206

   • The Interrelationship Between the Quantum-Mechanical Properties of the Brain and Its Rhythms Conscious Dreams

     210

   • The informational and functional connection between brain and gut

     217

   • Specific differences between the psycho-emotional reactions of men and women

     228

8. The influence of cosmic and geophysical factors on brain function

   230

   • The Influence of Moon and Sun on Biological Time

     230

   • The influence of special geoactive zones (geomagnetic zones, power places, etc.) on psychoemotional states, consciousness and human thinking

     232

   • Biological rhythms

     237

   • Rhythmic interaction and synchronization – the basis for the healthy functioning of the human body

     240

9. Modern Approaches to the Realization of Systems for the Regulation of Dissipative Processes in the Human Body

   242

   • The analytical KME system

     243

   • Basic principles of the functioning of the КМЕ system

     244

     • Special features of the analysis presentation using the KME system interface

       254

     • Possibilities of compensatory information-controlled correction using the KME system

       254

10. Dissipative regulation to maintain the “chaos norm” of physiological processes and the “health norm” of humans

    260

11. Literature

    262