Scientific Study Protocol
used to develop STRANNIK PPS
Sources :
- Official site of Saratov Medical Center "INFOMED" since 2002 and official site of academic organization "Mimex", creator of the STRANNIK system: https://bolezninet.su
Founder and CEO of the company: PhD Grakov Igor Gennadievich, Doctor of Medical Sciences, Professor, Academician of the Russian Academy of Natural Sciences. - Direct link from the page below (translation and formatting Aonghas and Marushka): https://bolezninet.su/tsvetovyye-etalony
Introduction
Work on the creation of STRANNIK began in 1985 at the Russian Medical Institute in Krasnoyarsk.
Scientists came up with the idea of identifying patterns between a patient's perception of color and their physiological and behavioral diseases.
A long scientific work had begun.
More than 15,000 people took part in this unique experience. The subjects studied were men, women, adolescents and children from 5 years old. They were divided into groups of 1,000 individuals. Each subject in each group was individually examined by clinical psychologists and physicians.
Scientists came up with the idea of identifying patterns between a patient's perception of color and their physiological and behavioral diseases.
A long scientific work had begun.
More than 15,000 people took part in this unique experience. The subjects studied were men, women, adolescents and children from 5 years old. They were divided into groups of 1,000 individuals. Each subject in each group was individually examined by clinical psychologists and physicians.
First step
- The task of psychologists was to identify the disharmonious, decoherent character traits of each subject, to assess the strength of their manifestations and their degree of influence on the perceived reality.
The professionals studied the following negative emotions, personality and character traits as well as their impact on the subject's social adaptation and on his health:
desires / ambitions / experiences / self-confidence / fear of poverty / fear of criticism / fear of illness / fear of old age / fear of death / arrogance / hostility / resentment / anger / willingness to argue / motivation / interest in others / indifference / apathy / strength / implementation / initiative / enterprise / sensitivity / desire to analyze / sensuality / adaptability / realism / practicality / sociability / sociability / efficiency / respect for others / ethics / decency / certainty / confidence / creativity / stability / loyalty / logic / fantasy / social conscience / envy / desire for power / obscenity / retribution / greed / planning / denial (negativism) / aggressiveness / gluttony / overestimation (vanity) / pride / courage / determination / perseverance / sexuality. - The doctors' task consisted of a thorough medical examination of each subject revealing the absence or the precise presence of health problems.
The scientists thus created a considerable first database on all the participants of the experiment:- KIND
- AGE
- ALL PSYCHOLOGICAL CHARACTERISTICS AND THEIR DISHARMONIES
- COMPLETE AND ACCURATE CLINICAL DIAGNOSIS.
Second step
On a technical installation specially designed for this study, subjects were invited to view color images.
After a few seconds of observation, a color filter was applied to each image. The subject's role was to restore the original color gamut as he remembered it. The result of this restoration of the colors tending towards the original compared to the colors of the original image has established a complex set of precise mathematical values. All these values completed the database obtained in the previous step.
After a few seconds of observation, a color filter was applied to each image. The subject's role was to restore the original color gamut as he remembered it. The result of this restoration of the colors tending towards the original compared to the colors of the original image has established a complex set of precise mathematical values. All these values completed the database obtained in the previous step.
Third step
The hypothesis to be confirmed or rejected was that the complex set of gender / age / personal character / clinical diagnosis must have a recurring influence on color restoration.
Using mathematical statistics methods, biomedical modeling algorithms, professional medical technologies for processing statistical data tables, computer simulation modeling, the scientific team of researchers analyzed data from Group 1 composed of 1,000 individuals. The researchers were interested in the recurring characters of the restoration of the colors by all the members of the group having a specific diagnosis verified as for example: gastritis.
The crossing of all these data made it possible to develop a first mathematical model between the correspondence of restoration of the colors and most of the diseases and psychological disorders known by medicine. Thus the initial hypothesis seemed consistent for Group 1.
Using mathematical statistics methods, biomedical modeling algorithms, professional medical technologies for processing statistical data tables, computer simulation modeling, the scientific team of researchers analyzed data from Group 1 composed of 1,000 individuals. The researchers were interested in the recurring characters of the restoration of the colors by all the members of the group having a specific diagnosis verified as for example: gastritis.
The crossing of all these data made it possible to develop a first mathematical model between the correspondence of restoration of the colors and most of the diseases and psychological disorders known by medicine. Thus the initial hypothesis seemed consistent for Group 1.
Fourth step
Now scientists were faced with the task of confirming this hypothesis on all groups. In other words, how would the hypothetical color reconstruction models of all psychological traits and clinical diagnoses behave in the face of data from the remaining 14,000 people? Will these models fit in perfectly? What will be the errors and the corrections to be made? Etc.
The results were incredible: the hypothesis was confirmed! The color reconstitution parameters were found to depend on the psychological qualities and diagnoses for the remaining 14,000 people with some margin of error still included in the control intervals. Several series of color tests were carried out at regular intervals for each individual of the 15 groups of 1,000 people, allowing each model to be refined with remarkable precision.
The scientific team of researchers was thus able to obtain a considerable database of color standards (frequency spectrum in the visible domain) of healthy and diseased organs and they were able to establish with precision the relationship between the disharmonious psychological traits of the character. of a person and his illnesses, in a word the psychosomatic impact.
The results were incredible: the hypothesis was confirmed! The color reconstitution parameters were found to depend on the psychological qualities and diagnoses for the remaining 14,000 people with some margin of error still included in the control intervals. Several series of color tests were carried out at regular intervals for each individual of the 15 groups of 1,000 people, allowing each model to be refined with remarkable precision.
The scientific team of researchers was thus able to obtain a considerable database of color standards (frequency spectrum in the visible domain) of healthy and diseased organs and they were able to establish with precision the relationship between the disharmonious psychological traits of the character. of a person and his illnesses, in a word the psychosomatic impact.
Fifth step
It was now necessary to organize this whole database of models into a complete global mathematical model of a perfect theoretical virtual individual: "a healthy body and a healthy mind" in an intelligent computer program capable of:
- to perform the color test,
- to model the tested subject by creating his virtual clone,
- compare it with the perfect virtual model,
- to establish all the disharmonies between the subject and the perfect model,
- to present the results on an interface that can be easily interpreted by a professional.
Sixth step
This first part of the study was able to demonstrate - among other things - that an individual's psychology and illness influence the way that individual perceives colors and his environment and therefore his conception of the world.
Referring to the numerous scientific studies and the numerous clinical results concerning phototherapy and light therapy treatments, the scientific team of researchers then wondered whether it was possible to correct these disharmonies by reversing the color rendering process. In other words, is it possible to restore the health, physical and mental well-being of an individual by using their corresponding disharmonic color spectrum?
The tests on the 15 groups of 1,000 individuals were repeated for the establishment of disharmonies and for a correction by colors determined according to the disharmonies unique to each subject.
After each color correction session, a series of clinical examinations (blood, CT scan, MRI, ultrasound, EEG, etc.) was performed to determine whether or not the changes had occurred.
As in step four, the results were incredible and the scientific team of researchers were able to model a precise correction program operating on the principle of stimulation by neuroregulation.
Referring to the numerous scientific studies and the numerous clinical results concerning phototherapy and light therapy treatments, the scientific team of researchers then wondered whether it was possible to correct these disharmonies by reversing the color rendering process. In other words, is it possible to restore the health, physical and mental well-being of an individual by using their corresponding disharmonic color spectrum?
The tests on the 15 groups of 1,000 individuals were repeated for the establishment of disharmonies and for a correction by colors determined according to the disharmonies unique to each subject.
After each color correction session, a series of clinical examinations (blood, CT scan, MRI, ultrasound, EEG, etc.) was performed to determine whether or not the changes had occurred.
As in step four, the results were incredible and the scientific team of researchers were able to model a precise correction program operating on the principle of stimulation by neuroregulation.
Seventh step
The correction program now had to be integrated with the test and analysis software. The complete STRANNIK system was born.
It should be noted that throughout the study process:
It should be noted that throughout the study process:
- 5 doctoral theses were defended,
- 6 master's theses were defended,
- 35 clinical trial reports and protocols have been produced and received from various medical institutions,
- 11 positive reviews from various medical universities and research institutes were received,
- 20 scientific publications and reports were produced,
- many copyright and patent certificates have been filed.
Conclusion
When you test with the STRANNIK Original Color Restoration System of a video or image, you create your personal color references as a complete virtual clone: physiological, psychological and personality.
When we decrypt your data, the STRANNIK software searches for a standard in its database, to which your personal standard corresponds as closely as possible: it compares your virtual clone to the perfect virtual model. In other words, if in your data there is a correspondence with a modeled disharmony (for example gastritis) then with a very high degree of probability you will see clinical manifestations of this physiological disorder and from the point of view of cognitive psychology , you will be more irritable, inflamed for whatever reason, even subject to unmotivated aggression and anger.
This is the case for all known physiological and psychological disorders. The STRANNIK system can therefore accurately detect the causality of these disorders, their psychosomatic impact and offer a precise and effective correction system since each correction will be specific and unique to each subject.
When we decrypt your data, the STRANNIK software searches for a standard in its database, to which your personal standard corresponds as closely as possible: it compares your virtual clone to the perfect virtual model. In other words, if in your data there is a correspondence with a modeled disharmony (for example gastritis) then with a very high degree of probability you will see clinical manifestations of this physiological disorder and from the point of view of cognitive psychology , you will be more irritable, inflamed for whatever reason, even subject to unmotivated aggression and anger.
This is the case for all known physiological and psychological disorders. The STRANNIK system can therefore accurately detect the causality of these disorders, their psychosomatic impact and offer a precise and effective correction system since each correction will be specific and unique to each subject.
