Оглавление
Konstantin M.D. Korotkov. Energy Fields Electrophotonic Analysis In Humans and Nature
INTRODUCTION
Highs and lows of modern medicine
Medicine at the beginning of the XXI century
Principles of the systemic approach in biology
Fundamental trends of medicine of the XXI century
The concept of a biological field
PART I GENERAL PRINCIPLES OF ELECTROPHOTONIC GDV ANALYSIS
Medicine
Sport
Research into fluids and materials, including human interactions with materials
Technology
Advantages of the EPI/GDV bioelectrography technique
The main advantages are:
Indications for the application of the EPI technique
Material and technical support
Scientific Evaluation
Conclusions:
What does the EPI method measure in physical terms?
Can this emission take place without an electric field?
What does the EPI method measure in biophysical terms?
Where does the electronic current in the body come from?
What is energy?
What is biological energy?
What does the EPI method measure in physiological terms?
What is the sensitivity of the EPI method based on?
The influence of mental, emotional and spiritual processes on EPI/GDV images
Can a bird fly across the Atlantic?
From the classical point of view migrational flights are impossible. Technically and scientifically speaking, they should fall into the sea halfway across and be drowned but they do not
PART II. PRACTICAL BASIS OF ELECTROPHOTONIC GDV ANALYSIS
IMPORTANT NOTE
EPI images with and without filter
EPI/GDV Diagram program
IMPORTANT!
Parameters of EPI-grams used for the analysis
EPI Software Design
EPI/GDV Energy Field
EPI/GDV Virtual Chakra
EPI/GDV Scientific Laboratory
IMPORTANT NOTE!
L-R symmetry
Heightened Awareness Zones
The area of the vertebral column
The thyroid gland
Stability of data
Another troublesome indication is difference between diagrams with and without filter for the left and the right hands
Recommended procedures for recording EPI-grams:
Statistical distribution in EPI glow parameters of fingers
Statistical distribution in the group
PART III THE CONCEPT OF HOMEOSTASIS LEVELS
Properties of homeostasis
Levels and Zones of Homeostasis
Particular features of EPI data for different homeostasis levels. H (Health) homeostasis zone
HS (Health + Stress) homeostasis zone
P (Pathology) homeostasis zone
ASC (Altered States of Consciousness) homeostasis zone
PART IV THE REFINEMENTS OF ELECTROPHOTONIC GDV ANALYSIS
Noise level
Sectorial analysis of EPI-grams
Monitoring of the patient’s condition during treatment
Analysis of psychological condition
Using EPI parameters when analyzing data
Standard procedure for analysis
Introduction
Main destabilizing factors
Common recommendations
Standard procedure
Study of the external influence
Measurements with syringe
Nonparametric comparison of two groups of data. by Mann-Whitney Rank Sum test
Conclusions
Energy fields, meridians and chakras
PART V NEW APPROACH TO REMOTE DETECTING OF HUMAN EMOTIONS
Introduction
Method
Experimental Results. Measurements during sun eclipse 01.08.2008 in Siberia. 1. SUN ECLIPSE INFO
2. PROTOCOL OF MEASUREMENTS
3. Organization OF THE EXPERIMENT
4. RESULTS
GRAPHS OF AREA DYNAMICS
CONCLUSIONS
Registration of the emotional background at the opera performance
Results
Essay in bioelectrography of musical environment
Conclusions
Ingeborg Sergeant Concert “BEYOND RELIGIONS”
Dr Masaro Emoto ceremonies on Lake Baikal and Lake Biwa
Discussion
Non-local consciousness influence to physical sensors: experimental data. Introduction
Method
Experimental Results
Discussion
REFERENCES FOR THE BOOK
Part VI DIFFERENT RESEARCH LINES. Cognition as a moderator of GDV emission: past research, a current explanation and some ideas for the future
References
GDV Analysis of Arterial Hypertension
Abstract
Introduction
Materials and methods
Results and discussion
References
Effects of Osteopathy Treatment
Abstract
Materials and Methods
Results
Discussion
Conclusions
References
Daytime-Related Rhythmicity of GDV Parameter Glow Image Area: Time Course and Comparison to Biochemical parameters measured in saliva
4. Discussion and Conclusions
Bio-electrographic Method for Preventive Health Care
INTRODUCTION
Bio-electrographic method in detecting heterogeneity and unique features in autism
1. Introduction
2. Experimental Section
3. Results and Discussion
4. Conclusions
Acknowledgements
References and Notes
