#GDV/EPI

[wayti-blog]

Electrography

(Kirlian photograph of a fingertip, 1989 & a Coleus leaf)

"Kirlian photography is a collection of photographic techniques used to capture the phenomenon of electrical coronal discharges. It is named after Semyon Kirlian, who, in 1939, accidentally discovered that if an object on a photographic plate is connected to a high-voltage source, an image is produced on the photographic plate. The technique has been variously known as "electrography",  "electrophotography",  "corona discharge photography" (CDP),  "bioelectrography",  "gas discharge visualization (GDV)",  "electrophotonic imaging (EPI)",  and, in Russian literature, "Kirlianography".

Kirlian photography has been the subject of scientific research, parapsychology research, and art. Paranormal claims have been made about Kirlian photography, but these claims are rejected by the scientific community.  To a large extent, it has been used in alternative medicine research."

wikipedia

[biointernet]

The History of Bioelectrography

Kirlian photograph of the electromagnetic discharge between two fingertips.

The Bioelectrography History

Since 500BC  HISTORY OF GDV/EPI BIOELECTROGRAPHY KIRLIANGRAPHY, ELECTROPHOTONICS see more about Different names of Bioelectrography 500BC – Testing of genuine amber by static process in China 1541-1603 – Electroscope, William Gilbert

William Gilbert William Gilbert, also known as ‘Gilberd’, was a famous researcher in magnetism. He was famous during the time of Queen Elizabeth I and is best known for his publication, ‘De Magnete’. Credited as one of the originators of the term of electricity, William Gilbert is also known as the father of electricity, magnetism and electrical engineering. He travelled extensively and wrote many publications such as ‘Magnetisque Corporibus’ and ‘ET de Magno Magnete Tellure’ during his lifetime. Apart from being a scientist, Gilbert led a parallel career as an astronomer. He studied the moon’s surface without a telescope and concluded that the craters were in fact land, and the white patches on the moon’s surface were water bodies. One of his other significant contributions was when he pointed out that the motion of the skies occurred due to the rotation of the earth. One of the first people to try to map the markings of the moon’s surface, Gilbert was a celebrated astronomer and scientist. His theories on magnetism and electricity had also been the subject of controversy for many of his successors.

electroscope An electroscope is an early scientific instrument that is used to detect the presence and magnitude of electric charge on a body. It was the first electrical measuring instrument. The first electroscope, a pivoted needle called the versorium, was invented by British physician William Gilbert around 1600. The pith-ball electroscope and the gold-leaf electroscope are two classical types of electroscope that are still used in physics education to demonstrate the principles of electrostatics. A type of electroscope is also used in the quartz fiber radiation dosimeter. Electroscopes were used by the Austrian scientist Victor Hess in the discovery of cosmic rays. Electroscopes detect electric charge by the motion of a test object due to the Coulomb electrostatic force. Since the electric potential or voltage of an object with respect to ground equals its charge divided by its capacitance to ground, an electroscope can be regarded as a crude voltmeter. However, the accumulation of enough charge to detect with an electroscope requires hundreds or thousands of volts, so electroscopes are only used with high-voltage sources such as static electricity and electrostatic machines. Electroscopes generally give only a rough, qualitative indication of the magnitude of the charge. An instrument that measures charge quantitatively is called an electrometer. 1602-1686 – Electrostatic machine, Otto von Guerricke & Hauksbee

Otto Von Guerickes Sulphur Ball Otto von Guericke's electrostatic machine evolved into increasingly improved instruments in the hands of later scientists. Otto von Querricke (1602-1686), the Burgomeister of Magdeburg best known for his demonstration of the effect of atmospheric pressure on evacuated bodies (the Magdeburg Hemispheres), also showed the electrical effects were obtained by rubbing glass. Originally, he used a globe of sulphur mounted on a shaft, with the hand rubbing the rotating sphere. The sulphur was cast in a spherical shell of glass that was subsequently broken away; soon it was discovered that glass, and not sulphur, was the key ingredient of the demonstration. About 1700 Francis Hauksbee the Elder suggested that a glass cylinder be used in place of the sphere. In the early 1700s, Francis Hauksbee designed his own electrostatic generator, a feat stemming from his studies of mercury. 1661-1713 - Resulted in the reproduction of electrical phenomena in the laboratory 1622 – Magnetic declination varies with time, Edmund Gunter 1671 – Electric organ of torpedo fish studied, Francesco Redi 1672 – Living tissues react to environment, Francis Glisson 1702 – Air at low pressure glows during an electrical discharge, Hauksbee 1704 – Electrons, particles, wave forms. Newton 1729 – Photometry, Pierre Bouger 1729 – Electric current, Stephen Gray 1731 – Anything can be charged with static electricity if isolated by non conductive materials, Stephen Gray 1733 – Two types of static electric charge, like charges repel whilst unlike charges attract, (later opposed by Benjamin Franklin), Charles Francois de Cistemay 1746 – Leyden Jar (Leiden) for storing static electricity Pieter Van Musschenbrooek & E G Pieter got a shock when using it suggesting a connection between lightning, VonKleist 1747 – A pointed conductor draws off an electric charge from a charged body, Benjamin Franklin 1747 – First electrometers, Abbe Jean-Antoine Nollet (Paris) 1756 – Electricity and the origin of light and the wave theory, Mikhail Valilievich Lomonosov 1766 – That all nerves follow a path through the spinal column to the brain and that the nerves stimulate the muscles, A Von Haller 1766 – Improved electrometer, Horace Benedict de Saussure (Suisse) 1766 – Chart of magnetic inclination, Johna Wicke (German) 1766 - Joseph Priestley, English explorer, registered the colored circles which are obtained by electrical discharge on a metal surface («Priestly's rings»). 1771 – Tissue conduction of electricity, Luigi Galvani 1775 – Early electrical condensers, Alessandro Volta 1777 – Electrographic images, G C Lichtenberg 1777 – GERMANY GEORGE CRHISTOPHER LICHTEMBERG

GEORGE CRHISTOPHER LICHTEMBERG Georg Christoph Lichtenberg was a German physicist, satirist, and Anglophile. As a scientist, he was the first to hold a professorship explicitly dedicated to experimental physics in Germany. He obtained, with dust particles, under Statics Electricity, anything that we can consider as being primitive “Bioelectrographic Images” and those primitive images, in electrified dust were named, by him, as Electro-graphics”. In 1777 a German physicist George Lichtenberg touched a metal electrode covered with glass and connected to voltage with his finger while experimenting with the electrical machine. And suddenly a burst of sparkles flew all around. This was magically beautiful, although a little bit frightening. Lichtenberg jerked back the finger and then repeated the experiment. The finger placed on the electrode was shining with bright blue light and treelike sparkles dispersed from it.  Lichtenberg, being a real academic scientist, investigated the behavior of this fluorescence in detail, although he substituted a grounded wire for a finger. The effect was the same, which later suggested an idea that some special energy exists in the body, and first electrical then tor­sion properties were attributed to it. Articles by Lichtenberg, masterfully done in German, are still cited in books on gas discharge. Further research demonstrated that electrical fluorescence was not so rarely met in nature.

Lichtenberg figures 1777-Lichtenberg, Georg Christoph. De Nova Methodo Naturam Ac Motum Fluidi Electrici Investigandi (Concerning the New Method Of Investigating the Nature and Movement of Electric Fluid). Göttinger Novi Commentarii, Göttingen, 1777. 11 1778-Lichtenberg, G.C. "Super nova methodo motum ac naturum fluidi electrici investigandi," Soc. Reg. Sc. Gottingensis, 1778, T.8, p.168-180. 1779-Lichtenberg, G.C. Commentatio posterior. Commentationes Soc. Reg. Sc. Gott. Glassis mathematicae T.1. p.65-79. 1779. 1779-G.C. Lichtenberg. Zweite Abhandlung uber eine neue Methode, die Natur und die Bewegung der elektrischen Materie zu erforschen. Ebd., Class. Math. tom. I, ad annum 1778, S.65 (1779) (Pup 56). The effect of discharge in the high voltage field observed in the experiments Tesla, Rengo and D'Arsonval, at voltages above 30 kV (especially good discharge visible after a 100kV). Two major invention that allowed to implement a method of photographing images of various objects in the high-frequency field: 1839 - invention of photography Daguerre, 1851 - creation Ruhmkorff coil. 1839-Jacques Daguerre, a French researcher, has published a method for producing an image on a copper plate covered with silver. 1842-G. Karsten, Berlin. Germany. He put a coin on a glass plate and gave it a few sparks from the electric machine. If you then breathe on the glass, it was seen the image of the coin. He called these figures «electrical breath figures». 1851-Heinrich Daniel Ruhmkorff, German inventor. In 1851, he patented the first version of its induction coil. This further coil is widely used for electrophotographic images.

The History of Bioelectrography - Coil Ruhmkorff

Coil Ruhmkorff - The History of Bioelectrography The device Ruhmkorff coil. The primary winding of the coil, consists of several tens of turns of thick wire wound around the core, and is energized through the electrochemical cell (chemical current source). An important element of the chopper coil is in the form of a hammer, which is attracted by the core to create the primary winding of the magnetic field due to flow through it from the DC power source. Thus, the hammer breaks the circuit and the magnetic field disappears, the hammer returns to its original state, closing the circuit again. The change in the magnetic field reacts secondary winding consisting of thousands of turns of a thin wire, is wound over the primary winding. This leads to a second winding of high instantaneous currents of different directions (closing / opening). Due to a member of the condenser coil, the coil stores energy in a magnetic field, which further increases the currents in both windings, and allows the air gap between the punch pin of the secondary winding. 1876 - I. Goldstein Gittorfor (1850-1931), German physicist, received a specially designed discharge tube coin image using it as a cathode. These experiments were carried out under reduced pressure of the gaseous medium. Relief cathode (coins) was seen in the light of the cathode-ray fluorescence on the opposite wall of the cathode of the discharge tube. 1871 - Cromwell Fleetwood Varley (1828-1883), English engineer-electrician. The interrelation of the phenomena of electricity and spiritualism, studied electrical discharge in gases. 1877 - Lachinov Dmitry Alexandrovich (1842-1902), Russian physicist and electrical engineer, SPGU, Professor of Forest Institute, St. Petersburg. Since 1877 Lachinov worked on the gas discharge visualization. Building on its cycle of meteorological research, continuing to work on the study of the electric arc and pictures in the late 1870s and early 1880s Lachinov published in the "Russian Invalid" a number of articles dealing with different aspects of the research programs, their complex application. In the summer and autumn of 1887 in the physics laboratory of the Forest Institute Lachinov simulated form of atmospheric electricity, differentiation electrodischarges in a gaseous environment. With the assistance of the photographer V.Monyushko photographed or recorded on the plate bromzhelatinovoy direct impact sparks. During the first experiments filmed bright discharge (spark induction coil connected to a capacitor) or dim when entered in a long chain of the resistance gave a discharge discharge. The second and third series of experiments was carried out without a camera, the category of sliding along the surface of the dry bromzhelatinovoy plate and left her a trail that the manifestation is made visible, nothing else, as one of the first examples of the so-called gas discharge visualization. On the progress and results of the experiments reported in V.Monyushko V (photographic) department Russian Technical Society (St. Petersburg Engineering Society) October 9, 1887. He spoke about the possibility of photographing using a variety of metal objects spark. October 27, 1887 Lachinov posts made in Russian Physical and Chemical Society (RFHO). Lachinov DA He invented a device for detecting defects of electrical insulation. 1878 DA Lachinov A new way of photographing. Russian invalid. 1878. №14. 1879 DA Lachinov Electrophotography. Russian invalid. 1879. №98. 1880 DA Lachinov Phosphorescence and its application to the photos. Russian invalid. 1880. №331. 1880 – UNITED STATES OF AMERICA NIKOLA TESLA

Nikola Tesla He showed, in a public presentation, a luminous halo around human body and another objects while exposed to a strong electromagnetic field with high A.C. voltage and high frequency. But he considered this subject only as a scientific curiosity that received the general name of “Corona Effect”. In the Nineteenth century enigmas of electricity were opening to people. One of the great inventors was Nicola Tesla, from whom we now have lamps and television sets. He invented the generator of alternating current. However, if it had not been him, somebody else would have done it. In­ventions come to life when a social need for them appears. Then different people simultaneously and independently start arriving at the same ideas. This is connected with the fact that the ideas have their logic of development, and the developers shall only intuitively feel this logic. After raising good money with his patents, Nikola Tesla began the mysterious experi­ments on energy transfer without wires. He did not finish his developments and died in destitu­tion, but up to now enthusiasts have been trying to investigate his ideas. We get used to our tech­nical progress and reap its fruits with pleasure, but is it the only possible way of development? At the peak of his career Tesla liked to give public lectures and impress the audience with the following experience. The light was turned off in the room, Tesla turned on the generator of his own design, stood on the platform-electrode, and his body got wrapped in the glow. The hair stood on end, glowing rays of light radiated in the space. The experiment was very ef­fective, though not all those who wished managed to repeat it: as a matter of fact, their glow was much less and for some people even missing. Not in vain was it said that Nikola Tesla had spe­cial energy state. Further research did not go much beyond investigations of the glow of fingers, sometimes ears, nose and other prominent parts of the body. Is it possible to reproduce Tesla’s experiments and make all the body glow? Yes, it is. But is it necessary? Powerful equipment, which is not safe if not handled properly, is required for such an experiment. Moreover, the stronger electrical glow, the more ozone is generated in the air. A high concentration of ozone is far from being healthy. 1887 - DA Lachinov "Russian Invalid". 1887, №220, №225. November 26th 1887 - DA Lachinov On studies of electrical discharges through photography. ZhRFKhO. 1887, issue 8. s.438. 1888 DA Lachinov On studies of electrical discharges through the photos. Journal of Russian PhysicoChemical Society. 1888 of the Financials. vol.3. s.44-49. 1888 DA Lachinov "Electricity". 1888, №1-2. s.1-7. 1888 DA Lachinov "Yearbook of the St. Petersburg Forestry Institute." 1888 vol.3. s.169-179. 1888 ZRTO. 1888, Issue 1. s.42-48. 1902 DA Lachinov (Obituary). Herald of experimental physics and elementary mathematics. 1889, Czech B. Navratil coined the word "electrography" 1896, a French experimenter, H. Baraduc, created electrographs of hands and leaves Hippolyte Ferdinand Baraduc (1850 - 1909) was a French physician and magnetist parapsychologist, and highly recognized for photographing thought and feelings with iconographies. 1892 – RUSSIA Jakob. J. NARKIEVITCH-JODKO

J. J. NARKIEVITCH-JODKO On an electricized plate, he obtained a type of photo that he simply named Electric Photography, in black and white colors, and started to investigate, through this technique, the human potencialities, but he did not continue his work. Later on, already during the middle of XXth Century, his work was taken back by M. Pogorelski, in Russia, and by B. J. Navratil, in Czechoslovakia, but with no other significative consequence. A significant contribution to the study of these photographs was made by a talented Byelorussian scientist Jacob Narkevich-Yodko in the end of the Nineteenth century. He was an independent landowner and spent most of his time on his estate above the river Neman. There he ac­tively experimented with electricity, applying it in agriculture and medicine. A straight parallel with modern medicine can be drawn from the description of experiments on the stimulation of plants with electrical current, on electrotherapy, and magnetism by J. Narkevich-Yodko. But the scientific achievements of our time are not just “the new as a well-lost old”. This is a new convolution of perception. 1893 - Russia “Electrophotosphenes and energography as a proof of existence of the physiological polar energy”. This was the name of a small book by a doctor from St. Petersburg, Messira Pogorelsky, where he described his experiments in bioelectrography. Book, published in 1893. Many photographs of the glow of fingers and toes, ears and nose show how the pattern of fluorescence varies when the psychic state of a person changes. However, this work was far from being the first one. 1865 - Narkevitch-Yodko finished Minsk provincial classical gymnasium and went abroad. 1869 - entered the medical faculty of the University of Paris. He studied in Vienna, Paris, Florence. 1872 - he returned home, he conducts scientific experiments. 1888 - Metoostantsiya transferred to the estate of over-Neman (80km south-west of Minsk). 1902. Issue 335. s.259. http: /www.vofem.ru/ru/cat/113/ (Russian) 1904 – BRAZIL Father Roberto Landell de Morua  (A Brazilian Jesuit Catholic Priest)

Father Roberto Landell de Morua Besides to be a priest, he was a Physicist too and, in Porto Alegre (RS), he invented an engine that he named “Bioelectrographic Machine”. He did take some hundreds of photos and named the halo around the human body as “Perianto”. He researched on this subject during 8 (eight) years, until 1912, when he was obliged by Catholic Church to stop those researches. In Brazil, very similar experi­ments were performed by a Catholic monk, padre Landell de Morua. A monk’s life left a lot of free time, after reading prayers and performing rituals. Padre de Morua invented the technique of photoregistration of electrical glow and started giving lectures and writing to social leaders in order to attract at­tention to his offspring. Invention of padre de Morua produced much rapt attention, congratulations, banquets, but was not widespread. Then the little priest invented the radio (practically simultaneously with Popov and Markoni), but again he was unable to draw in large crowds. Even the military. FIRST SCIENTIFIC RESEARCHES AT INTERNATIONAL LEVEL In the beginning of the Twentieth century nobody even recalled the mysterious glow. There were many other problems: wars, revolutions, breakthroughs in physics, discovery of antibiot­ics and roentgen rays – everybody was sure that it was very close to the outright victory. Only by 1930’s the life more or less came right. And here appeared the mysterious glow again. And, as if by chance, it was discovered anew, but there is a rule behind every chance. 1904/12 – BRAZIL We can consider that Fr. Landell was the pioneer of the first scientific and systematic researches on the Bioelectrography field, during 8 years, at worldwide level. However, Catholic Church, in that period, did not allow he continued his researches because of purely doctrinary reasons and confiscated almost all of his notes, but many of those reports escaped and are in a safe place, the current Fr. Roberto Landell de Moura Museum, in Porto Alegre (RS) – Brazil. 1939 - Around the World In 1939, two Czechs S. Pratt and J. Schlemmer. published photographs showing a curious glow or aura around leaves. The same year, the Russian electrical engineer Semyon Kirlian and his wife Valentina developed their own technique after observing a patient who was receiving medical treatment from a high-frequency electrical generator. Electrotherapy was popular at the time and they had noticed that when the electrodes were brought near the patient’s skin, there was a glow similar to that seen in an electrified tube filled with neon. Kirlian photography consisted of placing photographic film on top of a conducting plate, and attaching another conductor to a hand, leaf, or other part of a plant. When the conductors were energized by a high frequency high voltage power source, the resulting image showed a silhouette of the object surrounded by an aura of light. 1939 - Experiments in psychics Practical studies in direct writing (automatic) supernormal photography and other phenomena by F. W. Warrick Golinger, Skotographs, Nengraphy, Nensha, Thoughtography, Spirit Photography, Themography, ectoplasm

Semyon & Valentina Kirlian Semyon & Valentina Kirlian 1939 – RUSSIA  Semyon and Valentina Kirlian In Krasnodar, former URSS, he re-invented the Bioelectrographic Camera, now renamed as Kirlian Camera, and started systematic and scientific researches, helped by several Soviet Scientists. Those researches were revealed to the rest of the world only in 1960, during a Congress on Parapsychology. Semyon Kirlian spent most part of his life with his wife Valentina in a poor two-room apartment at the corner of Gorky and Kirov streets in Krasnodar. The wooden two-story house where they had started their family life was swept away by progress – a building program turned the small provincial town on the banks of the Kuban river into an industrial center. Kirlians were deeply carried away with the experiments with auras of live subjects, and since 1939 they had worked hard. The only rest they could afford was walking hand in hand under the trees and along blossoming fields so typical of the South Russian cities. The Kirlians published the results of their experiments for the first time in 1958, and in 1961 reported that the characteristics of fingertip auras not only varied in different people, but was also affected by their emotional status. If someone felt very anxious or was in an opposite state of deep relaxation during meditation, there was a corresponding change in the size and intensity of the glow. Their work was virtually unknown in the West until 1970, when two Americans, Lynn Schroeder and Sheila Ostrander published their book, “Psychic Discoveries Behind the Iron Curtain”. Russian books about Bioelectrography 1967 – BRAZIL Prof. Newton Milhomens

Prof. Newton Milhomens At the end of 1967, in Brasilia (DF), he built his first Kirlian Camera, based on a Soviet electronic scheme, starting his scientific researches in Psychological Clinics, in 1968, and, later on, in Hospitals. Moving to Rio de Janeiro (RJ), in 1981, in that city he continued his researches. Currently, he is living in Curitiba (PR), ever since 1983. Professor Newton Milhomens books 1969 – GERMANY

Dr. Peter Mandel Dr. Peter Mandel YEARS 1970s It was published the book “Psychic Discoveries Behind the Iron Curtain” that was writen by the American press-women Sheyla Strander and Lynn Schroeder, that popularized worldwide the Semyon Kirlian researches. So, hundreds of persons, in all countries, started to build Kirlian Cameras and began to research with this new device, some of them in an amateur manner but another persons used a systematic and scientific manner. Unfortunately, this subject was divulged by International Press with sensationalism considering the Kirlian Photo as a mystic and supernatural subject. 1970 – BRAZIL Dr. Paulo de Castro Teixeira, a Homeopathic Pharmaceut from do Rio Preto (SP), built his Kirlian Camera and take hundreds of Kirlian Photos of several persons, before and at each 15 minutes, after those persons had ingested any homeopathic remedy, and he found several types of modifications, in the Kirlian Photos. He published several books, in Portuguese, all about his researches in this field and, till today, he is living in S?o Jos? do Rio Preto (SP), where he is the owner of a Pharmaceutic Industry that produces Homeopathic remedies. 1972 – BRAZIL Dr. Hernani G. Andrade He always was considered the greatest divulger of Spiritism in Brazil. He built his Kirlian Camera, in San Paulo (SP), and took many hundreds of Kirlian Photos of plants and human beings intending to prove the existence of Spirit with them, not only in human beings, but even in bacteria too. He only divulged his researches in Spiritist Magazines and Congresses mainly at the State of S?o Paulo (SP) where is considered the greatest one. 1974 - IKRA IKRA – The International Kirlian Research Association 1974 scientists from different countries came together in an international association for the study of Kirlian effect (The International Kirlian Research Association, IKRA) (Drexel University). The organization was formed in December 1974 at a seminar in the Community Hospital in Brooklyn, NY for the purpose of standardization and assistance at all stages of research into the Kirlian phenomenon. Dr. Benjamin Shafiroff, New York College of Medicine, USA President of the Association IKRA.

1974 – UNITED STATES OF AMERICA Dr. Stanley Krippner, PhD Psychologist and Parapsychologist, published the book “The Kirlian Aura” in which he described all that was known in that period, about Kirlian Photos, under a scientific approach.

The Probability Of The Impossible: Scientific Discoveries and Explorations of the Psychic World 1974 - The Probability Of The Impossible: Scientific Discoveries and Explorations of the Psychic World by Thelma Moss.  In The Probability of the Impossible, Dr. Thelma Moss presents a rare picture of a parapsychologist at work in her laboratory and in the field. She explores the seemingly incredible assumptions of parapsychologists and carefully shows how the scientific psychical researcher attempts to recreate, capture, and analyze the elusive phenomena of the paranormal. Step by step, she leads the reader along a continuum from everyday experiences through events that happen only rarely and under "special" circumstances on to the extraordinary, indeed the seemingly impossible, experiences of both well-known and little-heralded psychics. She convincingly presents arguments for a psychic world as "real" as the material one.

Dr. Thelma Moss 1975 – UNITED STATES OF AMERICA Dr. Thelma Moss, PhD Psychologist and Professor of University of California, she started her researches on Kirlian Photos and published the book “The Probability of the Impossible”, where she reported her initial researches. Later on, she published another book “The Electric Body” in which she described her last researches in that University and showed to all, the reasons which provoked her removal, all of them were the result of pure preconception.

The living aura - Radiation field photography and the Kirlian effect 1975 - The living aura: Radiation field photography and the Kirlian effect  by Kendall L Johnson 1978 - IUMAB IUMAB – International Union of Medical and Applied Bioelectrography, the maximum and the greatest Organization, at worldwide level, on Bioelectrography. Today, IUMAB is recognized by UNO/WHO and is considered by this UNO’s Organization as the maximum Bioelectrographic Organization on world whose rules, recommendations, directives and other acts are valid and must be observed in Bioelectrographic researches, courses, standards, etc. The International Union of Medical and Applied Bio-Electrography was formed in 1978 to help standardize equipment, research methods, and data acquisition. Researchers such as German naturopath and acupuncturist Peter Mandel and Newton Milhomens in Brazil developed their own way of interpretation of Kirlian photography of human fingers and toes. Peter Mandel was one of the first, who energized certain acupuncture points by using different colored lights to achieve a desired response. Mandel's Energy Analysis Emission diagnostic system utilized Kirlian photography and his Esogetic Colorpuncture therapy is believed to restore yin and yang equilibrium. All of these modalities, as well as non-invasive laser acupoint stimulation, have been used with varying degrees of success in thousands of patients over the years.

1979 - USA The Body Electric: A Personal Journey into the Mysteries of Parapsychological Research, Bioenergy and Kirlian Photography by Dr. Thelma Moss The Body Electric tells the fascinating story of our bioelectric selves. Robert O. Becker, a pioneer in the filed of regeneration and its relationship to electrical currents in living things, challenges the established mechanistic understanding of the body. He found clues to the healing process in the long-discarded theory that electricity is vital to life. But as exciting as Becker’s discoveries are, pointing to the day when human limbs, spinal cords, and organs may be regenerated after they have been damaged, equally fascinating is the story of Becker’s struggle to do such original work. The Body Electric explores new pathways in our understanding of evolution, acupuncture, psychic phenomena, and healing. 1983 – BRAZIL It was published, in Brazil, the book “Kirlian Photos – How to Interpret”, in Portuguese, whose author was Prof. Newton Milhomens, the first, on world, to teach how to diagnose almost all about the main problems of organic and psychic health using Kirlian Photos, where he described in details the way and the results of his researches, since 1968. 1983 – BRAZIL Newton Milhomens founded at Curitiba (PR) , his Industry and started to produce his first models of Kirlian Cameras which were initially sold to Brazilian doctors, psychologists and therapeuts.

Electrographic Imaging in Medicine & Biology by Ion Dumitrescu 1983 - Romania Electrographic Imaging in Medicine & Biology by Ion Dumitrescu 1985 – RUSSIA Dr. Konstantin Korotkov, PhD Physicist, Professor of the University of Saint Petersburg, after innumerable researches with a team of scientists of that University, he discovered that Kirlian Effect is the result of the ionization of gases and vapors exhaled by our skin, through the pores. He named this model GDV (Gas Discharge Visualization) or, simply, GDV Technique, Electrophotonic Imaging, EPI. 1986 – BRAZIL At Curitiba (PR), the Ist Brazilian Congress on Kirliangraphy was realized with more than 250 Brazilian researchers on Kirliangraphy that came from all Brazil. During this Congress, it was approved by unanimous decision the “Newton Milhomens Standard” as the Brazilian Official Standard of Kirliangraphy. 1987 – BRAZIL It was published (in Portuguese) in Revista do Hospital das Foras Armadas (Magazine of the Brazilian Armed Forces Hospital), a scientific magazine on Military Medical Area, a Scientific Article entitled “Kirliangraphic Diagnosis on Oncology” that was written by two military doctors from Curitiba (PR): – Drs. J?lio Grott and H?lio Grott Filho. They discovered a sign that they named “fracture”, which is the sign able to diagnose cancer in human beings. 1987 – ARGENTINA Prof. Newton Milhomens was invited to dictate some lectures at Buenos Aires to hundreds of persons. By this way, Kirliangraphy with a scientific approach was introduced in that South American country. AROUND THE WORLD – YEARS 1987/95 During this period of 8 years, hundreds of articles, theses of post-graduation, and several books using Kirlian Photos, were published at several countries on world, including Brazil. Some of those books were written in an amateuristic manner but other ones, however, were written seriously with many scientific and systematic foundation and accurate statistic treatment. Thus, the scientific phase of Kirliangraphy was starting. 1989 – PORTUGAL Prof. Newton Milhomens was invited to dictate a lecture on Kirliangraphy at Lisbon, Portugal, during a Congress on Parapsychology, sponsored by Escola Superior de Biologia e Sa? de (Superior School of Biology and Health) and so, he introduced Kirliangraphy with a scientific approach in Portugal. During this period, he taught Kirliangraphy as an official matter subject of the course of Naturopatic Medicine in that Portuguese University. 1990 – PORTUGAL Prof. Newton Milhomens returned to Portugal to teach Kirliangraphy in Superior School of Biology and Health, at Lisbon, Portugal. This event was noticed by several local newspaper and the Tass TV Agency, from Russia, asked for him an interview that would be shown to all the russian territory to demonstrate that a Brazilian was teaching in Europe a Russian technique based on an engine that was invented by a Russian, Semyon Kirlian.

Dr. Konstantin Korotkov and GDVCAMERA 1995 – RUSSIA After many years of researches, he was succeeded to build a new Kirlian Camera which declines the photographic film and puts the GDV image directly at a computer’s screen. It was a new milestone in the History of Bioelectrography. First GDVCAMERA by Dr. Konstantin Korotkov on Saint-Petersburg, Russia created. More details on Bio-Well History. The GDV camera is based on the stimulation of photon and electron emissions from an object when it is placed in an electromagnetic field and subjected to brief electrical pulses. This process is called ‘photo-electron emission’ and has been thoroughly studied with cutting edge electronic techniques. The emitted particles accelerate in the electromagnetic field, generating electronic avalanches on the surface of the dielectric (glass) plate in a process called ‘sliding gas discharge. The discharge causes a glow from the excitement of molecules in the surrounding gas which is constantly measured. Voltage pulses stimulate optoelectronic emissions that are amplified in the gas discharge, and light produced by this process is recorded by a sensitive CCD (charge coupled device) camera that converts it into a colored computer image, or BIO-gram. Data obtained from the fingers of both hands are converted into a Human Energy Field image using proprietary sophisticated software. Russian books about Bioelectrography. 1996 – THE “WAVE” Induced by the success of the researches on Kirlian field, radiotechnicians on all countries around the world started to produce Kirlian Cameras from “backyard”. It was the radiotechnicians worldwide “wave”… As their unique intention was merely commercial, they never were interested in a standard and these “backyard standard” Kirlian Cameras never had a good quality and no stability but were enormously cheap, because they used the worse electronic components and also because anyone of these “producers” never made or had any participation in any kind of scientific experiment on Kirlian field and no one of them had any universitary education and the outsiders of Kirlian researches started to use the Kirlian Camera searching Mysticism and Supernatural exploring this new “commercial mystic field” in Fairs and Parks what was again divulged by International Press with much more sensacionalism and the name “Kirlian” lost credibility. Any samples of “backyard standards” around the world. 1998 – THE INTERNET When the Internet becomes firm and trustable, the informations become much more easy to be interchangeable at world wide level and the Kirlian subject appeared in several homepages. Many of them were only showing interest in commercial sales and another ones, on mysticism and supernaturalism. However, many serious homepages were taking aim at scientific publications or at a simple change of scientific informations were beginning to appear as the case of Prof. Newton Milhomens, in Brazil, Dr. Korotkov, in Russia, Dr. Peter Mandel, in Germany. Dr. Tom Chalko in Australia. IUMAB.org, GDVPLANET.com, GDVCAMERA.com, Kirlian.ru, GDVSOFTWARE.com, GDVsputnik.com and many other homepages from serious researchers around the world. 1998 – NEW ZEALAND Prof. Newton Milhomens was invited by Dr. Robert Beasley (center) to dictate a lecture on Kirliangraphy in a Congress at Auckland, New Zealand, where he knew Dr. Tom Chalko (right) that was researching on Kirliangraphy at Melbourne, Australia. 1998 - IUMAB Review IUMAB Review - Annual Digest Established by Professor Pavel Bundzen and Kirill Korotkov in 1998

IUMAB Review 2012 The International Union of Medical and Applied Bioelectrography publishes the IUMAB Review one time per year, and is free to all Regular Members. It contains original articles, news and book reviews. Current and past editions of IUMAB Review are ready for download as PDF files for IUMAB Regular Members. 1999 – RUSSIA In the beginning of this year, Ministry of Health, in Russia, declared that Kirliangraphy was Officially Admitted as a Scientific Fact and its main appliance was recommended in Medical Practice. In September, the Russian Academy of Sciences, during a Congress in Moscow, with more than 300 of the most renown russian scientists, officially admitted Kirliangraphy as a SCIENTIFIC FACT. 1999 – BRAZIL In April, at Curitiba (PR), occurred the IVth Brazilian Congress of Kirliangraphy, with the presence of more than 200 persons and the Russian Physicist, Dr. Konstantin Korotkov, PhD, was invited to be the special international invited lecturer. 2000 – RUSSIA Prof. Newton Milhomens was invited as Honor Invited Lecturer to a Congress that occurred at Saint Petersburg. During a certain night, inside a ship on Ladoga Lake, he was honored because he was the first researcher on world to have discovered how to diagnose problems of psychic and organic health using Kirlian Photos. 2000 – BRAZIL Sponsored by IUMAB it was realized, at Curitiba (PR), the Vth Worldwide Conference on Kirliangraphy-2000, with the presence of 350 persons, where 45 of them were europeans. There were 5 lecturers from several European countries and 5 ones from Brazil. During the Vth Worldwide Conference on Kirliangraphy-2000, were presented two new discoveries on organic health area: – The signs that shows Allergic process, by Dra. Celia Cruz, from St Paulo, and the scientific proof of Flower therapy efficiency, by Prof. Rodrigo Campos, from Minas Gerais, a meeting of IUMAB Directory occurred and the executives deliberated that, on all the world, would be valid only 3 (three) OFFICIAL WORLDWIDE STANDARDS of Kirlian Cameras (in alphabetic order): Brazil – Newton Milhomens Standard Germany – Peter Mandel Standard Russia – Konstantin Korotkov Standard

Konstantin Korotkov, Rosemary Steel, Peter Mandel 2000 – BRAZIL (THE 3 OFFICIAL STANDARDS) Left – Camera and Kirlian Photo of “Newton Milhomens Standard” – Brazil Center – Camera and Kirlian Photo of “Peter Mandel Standard” – Germany Right – Camera and Kirlian Image of “Konstantin Korotkov” – Russia During the same Vth Worldwide Conference on Kirliangraphy – 2000’s meeting, Dr. Konstantin Korotkov was elected by unanimous decision the President of IUMAB. Prof. Newton Milhomens was elected the Vice-President of IUMAB on Brazil, and also the IUMAB’s Official Plenipotentiary Representative on Brazil. Yet during the same Vth Worldwide Conference on Kirliangraphy-2000, the Rector of UNESC – Universidade do Extremo Sul de Santa Catarina (University of the Extreme South of Saint Katherine), Brazil, officially informed that Kirliangraphy would be introduced in that University, as official subject Matter in the Courses of Medicine and Psychcology, with official authorization from Brazilian Ministry of Education. Yet during the same Vth Worldwide Conference on Kirliangraphy-2000’s meeting, the IUMAB’s Directory deliberated by unanimous decision to change, from day 12/01/2000 toward, the name Kirliangraphy to Bioelectrography, in honor to Fr. Roberto Landell de Moura, the first researcher on world to use this name and to research on this subject during the period from 1904 to 1912. It happened a ceremony of homage to Fr.Landell symbolized by the delivery of a bust of him to Dr. Korotkov by Profa Vania Abatte, Curator of the Landell de Moura’s Museum, at Porto Alegre (RS), Brazil. 2000 – RUSSIA/BRAZIL The letter from Dr. Korotkov, as IUMAB’s President, confirming to exhibit the bust of Fr. Landell in Kirliangraphy Museum, in Russia, what really came to be true. 2000 – RUSSIA The Fr. Roberto Landell de Moura’s bust is in exhibition in the Kirliangraphy Museum, in Russia, beside the busts of Kirlian couple together a book which tells, in Portuguese, the Biography of this Brazilian eminent scientist and another book, in Russian, with the Biography of the Russian couple. 2001 – BRAZIL The Bioelectrography is taught as official subject of the Course of Holistic Terapies, at University Est?cio de S?, in Rio de Janeiro (RJ), where the first course of How to Interpret Kirlian Photos, was taught in official manner, by Prof. Newton Milhomens, to the first graduating class in that University. 2001/2002 – AROUND THE WORLD Dr. Konstantin Korotkov, PhD During this period, Dr. Korotkov was travelling to U.S.A., Europe and another countries to divulge Bioelectrography. Prof. Newton Milhomens also was traveling to several South America countries and to all the Brazil to do the same. 2002 – BRAZIL Several theses of Graduation and Post-Graduation, including theses of Post-PhD, were presented in several Brazilian Universities, for example, USP, UNICAMP and UFSC, in several Post-Graduation Courses of these Universities, all of them using the Bioelectrography as an auxiliary researches’ instrument. Several Professors from USP and from another Brazilian Universities are purchasing Kirlian Cameras and realizing serious researches, on several areas of human and vegetable health using the Bioelectrography as an auxiliary instrument in their researches. Also many of these Professors are coming to Curitiba (PR) to learn How to Interpret Kirlian Photos with Prof. Newton Milhomens. It was officially and legally founded, at Santo Paulo (SP) , the UBBA – Unio Brasileira de Bioeletrografia Aplicada (Brazilian Union of Applied Bioelectrography) that is recognized by IUMAB and is the greatest directive Oranization in Brazil on the Bioelectrographic field. Its current President of Honor is Prof. Newton Milhomens and the current Executive President is Dr. Celia Cruz. 2003 - BRAZIL Dr. Selma Milhomens Psychologist and wife of Prof.. Newton Milhomens, began teaching in Bioelectrography UNIABEL - Open University of Educational Freedom in Curitiba (PR), as a discipline curriculum for the courses that University ofBiotherapy curitibana. 2004 - COLOMBIA Dr. Edith Torres Noboa, Ecuador Medical, based in Cali, Colombia, degenerative disease specialist and former student of Professor. Newton Milhomens, is using the Bioelectrography as an aid to diagnosis in their patients with great success. RUSSIA – 2002-2012 Dr. Konstantin Korotkov Dr. Korotkov is using GDV CAMERA for sport research. He is Professor, PhD, Deputy Director of Saint-Petersburg Federal Research Institute of Physical Culture. Dr. Korotkov’s Laboratory creates new GDV Software and GDV Cameras. Every year International Bioelectrography Congress collects hundreds researchers from over the World. 2012 - Human Light System Research Project launched IUMAB community are growing. Research project Human Light System brings new Energy to IUMAB. 2012 - Korotkov’s images – Kirlian images downloaded and processed on GDV Software.Korotkov’s images – BEO gram, GDV images, EPI images, Bio-Well images, etc.

GDV basic Korotkov image is a complex 2-D figure with each pixel characterized by its brightness coded by integer in the range of 0 (“black”) to 255 (“white”). Geometrical parameters of GDV-images (e.g., the area defined as a sum of pixels exceeding the specified brightness threshold; fractality coefficient defined as relation of the length of the image perimeter to its average radius multiplied by 2Pi, the breadth of streamers) contain the information about the object’s characteristics. For example, with an increase of ion concentration in liquid the glow increases while the streamer breadth decreases. To include such data into the structure of a complex biophysical experiment quantitative processing of the obtained images is required. GDV chart, GDV Diagnosis Chart, GDV Maps, GDV Tables

The Energy of Consciousness - new book by Dr. Korotkov 2014 - Bio-Well New model of GDVCAMERA – BIO-WELL opened next level of Electrophotonic Research.  GDVCAMERA BIO-WELL has been developed by Dr. Konstantin Korotkov and brings the powerful technology known as Gas Discharge Visualization technique to market in a more accessible way than ever before. The product consists of a desktop camera and accompanying software, which allows a user to quickly and easily conduct human energy scans. Accessory attachments, like GDV SPUTNIK, BIO-COR and other are also available for purchase to conduct environment and object scans.

2014 - GDV Sputnik GDVSPUTNIK is a sensor and attachment system that affixes to the Bio-Well device, allowing for the energy of an environment to be read. BENEFITS of GDVSPUTNIK: Measure the energy of different places of interest during travels. Allows you to see the influence of Moon phases, Sun storms and environmental conditions to space, and, hence, to your wellbeing. Sputnik allows you to find the best position of a bed in your bedroom. Measure response to human emotions, meditations, pray, both individual and collective within an environment. Sputnik may detect the influence of music to the audience. Gas Discharge Visualization (GDV) technology was developed in Russia by the team of Professor Konstantin Korotkov in 1995. The GDV camera is a state-of-the-art computerized system that has superseded traditional Kirlian photography for several reasons. A major difference is that it allows direct, real-time viewing and analysis of changes in human energy fields since the data is quantified and analyzed by sophisticated software. Because the results are obtained so rapidly, it has become an ‘‘express-method’’ not only for diagnosis, but also detecting abnormalities that require more detailed investigation. Most importantly, since this technology and the protocols used are standardized, GDV results obtained by different investigators can be compared with reliability. The results are interpreted based on the energy connections of fingers with different organs and systems via meridians that have been used in acupuncture and traditional Chinese medicine for thousands of years. This technology has extraordinary implications for all health related fields, including conventional as well as complementary or alternative therapies. A comprehensive review of these varied GDV applications can be found in a recent book co-authored with Dr. E. Yakovleva from Moscow Medical University. Research with the GDV device is currently being carried out at universities and research institutes worldwide in medicine, "energy medicine", athletic training, biophysics, parapsychology, and other disciplines (please, see Papers section). GDV has been used in numerous significant research projects that have confirmed its usefulness and reliability and value. GDV technology provides a convenient and user friendly method to assess patients with a wide range of complaints and can also be utilized to assess responses to drugs, meditation, stress reduction therapy or any other interventions.

2014 - Human Light System Online Course Human Light System – Experimental Online 5 years Course. Online lectures, 2-3 times per week. 42 lectures per course. HLS 1.0 – Human Light System devices 2014/2015 Season 2015 - Bio-Well Water tester The Bio-Well Water electrode connects to the Bio-Well Calibration Unit similarly to the Sputnik and allows for the testing of water’s response to environmental stimuli. It is not designed for evaluation of water quality or comparing different types of water from quality standpoint. Bio-Well Water electrode

2015 - Biocor BIOCOR is a unique device that aids in shifting and correcting your energy state and balance through the use of high frequencies. This device can be used independently from BioWell or it can be used in conjunction with the Chakra audio setting in the BioWell software. BIOCOR – correction device of human energy field using information extracted fingers with GDV BIO-WELL. These results may help to develop a better quality of life. Biocor uses super Hight Frequency (SHF) in the range Higo-Hertz (4.9 mm (60.12 HHz), 5.6 mm (53,53 HHz) and 7.1 mm (42.19 HHz) of very low intensity (less than 10 mW/cm2). 2015 - Georges Vieilledent and Electrophotonique Ingenierie · France Electrophotonique Ingenierie is an innovative company working on corona effect and development of solutions based on the use of electromagnetic waves. From its basic research, the company has developed a unique patented device to highlight informational fields never identified to date. This device, designed for research laboratories, universities and specialized institutes, opens important perspectives in the healthcare and biotechnology. 2016 - The Biointernet meditation The Biointernet meditation - online experiment with GDV Sputnik. Every Saturday.

The Biointernet Meditation HLS 2.0 Online Course and Human Light System International Workshop, Prague. 2017 - The Energy of Space https://youtu.be/pnXGbwYLlYE The Energy of Space project established.Bio-Well Glove – new version of BioClip that will be called from now on Bio-Well Glove. Our research has shown that blue BioClip sensor had very low sensitivity and was almost useless in experiments.The Energy of Health - new book by Dr. KorotkovThe Energy of Space - new book by Dr. KorotkovHuman Light System Congress Training, Prague 2017 - New Books by Professor Konstantin Korotkov on IUMAB Library

IUMAB Library 2018 - Online Education by Korotkov.TV Bio-Well AnalysisBio-Well Applications Online workshops and trainings with GDVCAMERA BIO-WELL on Human Light System Course 2018 - Bio-Well 2.0  The same quality (Bio-Well 1.0) plus $600! Another one commercial product from Bio-Well company. 2018 - HLS Congress Beach Human Light System Congress on the Beach, Burgas, Bulgaria. HLS Congress Beach - practical 2 weeks the Biointernet training with Translighters and GDVCAMERA. HLS Congress Beach - new system of Education 2018 - GDVCAMERA Crownscopy updated

GDV Crownscopy Software 2019 - Bioelectrography Education Inside Human Light System Course: Bio-Well video courseGDV Diagnostics video courseGDV Diagnostics 2 with Kirill Korotkov and Alexander Dvoryanchikov  GDV BIOELECTROGRAPHY – PAGES OF HISTORY AND MODERN DEVELOPMENT So where is the similarity in the experiments of Lichtenberg, Tesla and the lightning? In all those cases the gas discharge appears near the earth rod. High field intensity is formed near its sharp end when placed into an electrical field. Electrons, which always exist in the air or are emitted by the bodies, start speeding up in this field and, having picked up neces­sary speed, ionize air molecules. Those, in their turn, emit photons, mostly in the blue and ultra­violet spectral regions. Here the glow appears. What is more, from the viewpoint of physics both a nail, a tree, a human finger, and a person can be the rod. Everything depends on the scale. Generators used in Bioelectrography have very small power. It means that they can not give high current, even if you lick the electrode with your tongue. In addition, these generators make use of high-frequency voltages and short impulses, and by the laws of physiology such current can not penetrate into the organism, as it slides on the skin surface. In XX'th century many researchers was attracted by Kirlian photography, hundreds books and papers were published, but scientific acceptance of Kirlian photography was rather limited because the quality of equipment used by early investigators varied considerably and results were inconsistent since there was no standardization. Things improved when a multidisciplinary group headed by William Eidson, professor of physics at Drexel University in Philadelphia, showed it was possible to image electrical parameters of a specimen in real time, thus making it possible to map human energy fields and any rapid changes. This six-year project and related research were summarized in a 1976 article in the prestigious journal Science. Bioelectrography patents.

The History of Bioelectrography Light and Love, Dear Friends! Welcome to IUMAB! See more on IUMAB History Research Department Welcome to IUMAB! Be a Member! https://www.gdvplanet.com/product/umab-regular-memberships/ The History of Bioelectrography 2019 - Bio-Well Element - the same Bio-Well device, but GDVCAMERA Bio-Well Element What is the Bio-Well Element?

GDVCAMERA Bio-Well Element Bio-Well Element is a GDVCAMERA (gas discharge visualization) from 4 Generation of GDVCAMERA. It intended for Kirlian photography of various materials and liquids. It has a larger horizontal glass electrode than a GDV Bio-Well camera, which allows the user to lay conductive objects flat on its surface. This is main difference with GDVCAMERA Bio-Well 2.0. Bio-Well Element has the same low quality of images like Bio-Well or Bio-Well 2.0. 2019 Kirlian Photography as Art and Science - online Kirlian museum Kirlian Photography as Art and Science - group on Facebook Read the full article

[millenniallust4death]

Let's hear your opinion(s) on German shepherds!

I love a well-bred workingline GSD - they are my heart breed.

However, I despair of finding a breeding that I actually want to put my hard earned money down for. For nearly $3K, I want a thoughtful, balanced pedigree where the breeding is being done to create a litter with solid nerves, working ability, health, and orthopedics. Nothing too crazy, right? I saw a litter last week with a 3-2 linebreeding on a dog that dropped dead of GDV at six years old and has a history of producing multiple progeny that also died young of GDV. But you sure don't read this description in the "top lines for sport" litter announcement. This mating outcome isn't even an anomaly - I regularly see close linebreedings on dogs known to produce serious issues such as bad teeth, bad spines, pica, GDV, failing orthos, no nerve, one nutters, EPI, etc.. It's really depressing when you think about the longevity of the breed. But hey, #capitalism.

[gdvcamera]

GDV/EPI Bioelectrography Research and Kirlian Photography on IUMAB Library

[cynological]

Thank you for the link to that study. I've wondered about if gastropexy increased the risk of mesenteric torsion after I had the procedure done on my dog. It makes me nervous because I've noticed my dog seems to burp -a lot-, which means he is swallowing an excess of air.

Your Solstice was the first dog I had heard of it happening to, though I have since had a friend lose one of her dogs to it as well. Her dog had EPI, she came home one day and found him dead. Necropsy revealed the torsion. I think I know of a few others who also have lost dogs to it.

So I wondered if the cause of the increase of mesenteric torsion over GDV is directly correlated to the use of gastropexy in MWDs and decided to dig a little. According to The Handbook of the Veterinary Management and Care of the Military Working Dog, the implementation of gastropexy started to become standard during any abdominal surgery in 2000. So there seems to be a correlation, though it is hard to prove causation, it definitely seems to confirm that it is a strong risk factor, as stated in the study.

What breed would you say is a “heartbreak breed”?

For me I’d say Golden Retrievers. They have beautiful temperaments, gorgeous looks and one of the highest cancer rates. I love them but have sworn off them because the risk is just too high.

[shietnar]

Dr. Konstantin Korotkov, Cientista Russo criador do sistema de Bioeletrografia Digital GDV Biowell. Curso Avançado 2 - Bioeletrografia Digital EPI/GDV (em Pestana São Paulo Hotel)

[vanished98art]

Here is a painting I did of a Leaf and it's electronic energy fields ☇🍁☇ "Kirlian photography is a collection of photographic techniques used to capture the phenomenon of electrical coronal discharges. It is named after Semyon Kirlian, who, in 1939, accidentally discovered that if an object on a photographic plate is connected to a high-voltage source, an image is produced on the photographic plate. The technique has been variously known as "electrography", "electrophotography", "corona discharge photography" (CDP), "bioelectrography", "gas discharge visualization (GDV)", "electrophotonic imaging (EPI)",  and, in Russian literature, "Kirlianography". Kirlian photography has been the subject of mainstream scientific research, parapsychology research and art. To a large extent, It has been used in alternative medicine research." #painting #art #energy #field #leaf #vanished98art #photo #electrography #colors #nature #az #artist #kirlian #photography #zen #love #peace (at Phoenix, Arizona)

[biointernet]

GDV for earthquake forecasting

GDV for earthquake forecasting

The Energy of Space Method and device for earthquake forecasting https://youtu.be/pnXGbwYLlYE Abstract FIELD: seismology. SUBSTANCE: invention relates to seismology and can be used to predict earthquakes. Essence: in the controlled area, a device is installed to ensure the recording of gas-discharge air imaging on the surface of the medium. Device comprises an optically transparent electrode, a gas discharge glow detection means, means for creating an electromagnetic field between the electrode and gas-discharge glow detection means, and a gas-discharge glow parameter processing unit. Record the parameters of gas-discharge glow. Forthcoming earthquake is judged by reducing the area of gas-discharge luminescence by less than 20 %, while at the same time increasing the intensity of the gas-discharge glow by at least 1.5 %.EFFECT: simplification of forecasting of medium and strong earthquakes.12 cl, 2 dwg 1. A method of predicting an earthquake zone, characterized in that the controlled area is set the device, ensuring registration discharge air visualization on the medium surface, comprising an optically transparent electrode, gas discharge detection means, means for creating an electromagnetic field between the electrode and the gas-discharge means for registering the luminescence connected to a conductive electrode portion, and a block parameter processing gas discharge, the gas discharge spark recorded parameters Nia, with the impending earthquake is judged by the reduction gas discharge area of ​​less than 20% while increasing the gas-discharge luminescence intensity not less than 1.5%. 2. A method according to claim 1, characterized in that the gas discharge glow is generated by supplying high-voltage pulses at a repetition frequency electrode 1000 ± 100 Hz. 3. A method according to claim 1, characterized in that the gas discharge parameters were recorded continuously. 4. A method according to claim 1, characterized in that the gas discharge parameters were recorded periodically. 5. A method according to claim 1, characterized in that the electrode is mounted on outdoors. 6. A method according to claim 1, characterized in that the time measuring unit is less than 10 microseconds. 7. A method according to claim 1, characterized in that the voltage supplied to the electrode with single pulses once per 60 seconds. 8. Apparatus prediction earthquake zones, characterized in that it comprises an optically transparent electrode, gas discharge detection means, means for creating an electromagnetic field between the electrode and the gas-discharge means for registering the luminescence that is connected to the conductive portion of the electrode, processing parameters and block gas discharge. 9. The apparatus according to claim 8, characterized in that the optically transparent electrode is a dielectric plate coated with a layer of conductive material, said conductive layer facing toward the gas discharge recording means. 10. The apparatus according to claim 8, characterized in that the detection means is a gas discharge CCD. 11. The apparatus according to claim 8, characterized in that the means for creating an electromagnetic field of high intensity is a pulse generator with a frequency of 1000 ± 100 Hz. 12. The apparatus according to claim 8, characterized in that the processing means of gas discharge parameter is a personal computer with appropriate software. Description GDV for earthquake forecasting translated from Russian The invention relates to the field of geophysics, and can be used to predict earthquakes. Earthquakes are tremors and fluctuations in the Earth's surface. The most dangerous of them arise due to offsets and tectonic fractures in the earth's crust and upper mantle portion. Fluctuations from them in the form of elastic seismic waves are transmitted over long distances, and in the vicinity of the centers of earthquakes, they can become a cause of damage to buildings and loss of life. Earthquakes and related phenomena is studying a special science - seismology, which conducts research in the following areas: 1. The study of the nature of earthquakes, in other words, looking for an answer to the question: why, how and where they occur. 2. Application of knowledge about earthquakes to protect them by forecasting possible in one place or another seismic shock for the construction resistant to the effects of their designs and constructions. 3. Study of the Earth's interior structure and exploration of mineral deposits using seismic waves from earthquakes and artificial seismic sources. Nowadays range of devices that register vibrations of the earth, is quite high. There is an opportunity to learn about what happened the earthquake, literally "without leaving home" - opening a page on the Internet. For the year recorded more than a million different earthquakes, the strength of the Earth wobble usually poses no threat to the life of the population. Earthquakes are known, generally, for the destruction which they are applied. At the same time dangerous not only the underground vibrations, as well as many other phenomena associated with them, such as tsunamis, lava emissions of volcanic gas and ash to the surface. Unfortunately, their popularity is higher, the longer they take human victims. This occurs most often in areas of high seismic activity, and these areas are known to mankind. Using the equipment, which may signal an impending earthquake in advance, can help to avoid human casualties, as well as man-made accidents. Is known (RU, patent 2453871, publ. 20.06.2012) a method for predicting earthquakes by predicting it by forerunner. According to the known method produces a local compensation of the geomagnetic field well before the earthquake by creating compensating magnetic field of opposite tension geomagnetic field and monitoring the spontaneous violation of the compensated magnetic field, wherein a precursor earthquake occurrence determined by the occurrence of the violation and the appearance of an additional component of the magnetic field strength that violates the local payment geomagnetic fields, and produce a bearing on several Dalen apart places expected epicenter of the earthquake observation in the direction of the vector component of the additional magnetic field. To implement this method, an apparatus, comprising a rack mounted on the base with a magnetic compass arrow on the needle, the azimuth compass scale with possibility of adjusting its rotation around the magnetic needle of a compass. It is further provided a fortified on racks turntable circular wire frame - the solenoid, the center of symmetry of which coincides with the center of the magnetic compass needle, and its diameter is disproportionately greater than the length of the magnetic needle of a compass, with the possibility of adjusting the rotation of wire frames around a diametral horizontal axis and, together with the turntable , about a vertical axis, the circular wire frame included in the electric circuit comprising a source of steady dc voltage inverter detecting current, switch, normally closed button and control the current. The disadvantage of this technical solution is the need for, and a large amount of pre-preparatory work, the dependence of the results from external magnetic fields, and the complexity of the method used in the equipment. Also known (RU, patent 2489736. publ. 08.10.2013) a method for detecting the possibility of occurrence of catastrophic events. According to the known method the measurement is a parameter geophysical field in a controlled area and a judgment from the data of the possibility of catastrophic events, wherein the measurement is carried out continuously, reveal fluctuations measured value and exhibit sinusoidal oscillations increasing frequency having an amplitude significantly different from the background for the controlled area, and a period of from 100 to 1,000,000 with, the simultaneous recording is performed in the pressurized atmosphere and evap s, the determination of each selected point of a sum of increments of the amplitude function of pressure and temperature versus time, identifying the values ​​of said parameter area not equal to zero, the judgment about the time of occurrence of an earthquake on the time of appearance of these bands, the place of the earthquake is judged by the spatial position of such zones, Thus in one of claims seismic regions further diagnose atmosphere changes wave mode from regular measurements of the total content of ozone in the atmosphere in the sliding time window m Tod Fourier analysis, comparing the variation of seismic frequency ranges in the data RAM ozonometers, predetermined according to archival data, with reference seismogenic trends activation treble amid recession low frequencies emit seismic dangerous periods and specify the time of occurrence of the earthquake, but by definition manifestations of these effects and their duration is set approximate force of the earthquake, according to the peculiarities of the spatial structure of the spectral effects set position epicyte tral zone. In this further operate regular deep seismic sounding in the bottom ground in a controlled area, the measurement of the sea ground vibrations operate on discrete areas of the sea waters at different times so that the measurement obtained at each measurement point have different values ​​of time intervals relative to the nearest to the moment of measurement of the last points in the upper culmination of the moon on a fixed geographic meridian, for the analysis of microseismic waves operate for I transverse microseismic waves, while for all the emitting portion microseismic discrete points are selected from all the harmonics of the two broadband seismic receivers reflected simultaneously with substantially equal amplitudes and lying in the redistribution of the angle of arrival of the reflected waves. The above method is technically complicated and time-consuming, is mainly designed for the prediction of earthquakes on the seabed. GDV for earthquake forecasting Is known (RU, patent 2282220, publ. 20.08.2006) a method for determining the time, place and magnitude of earthquakes, comprising identifying seismogenerating zones potentially base structures for various purposes, placement in these zones a set of points of measurement of geophysical quantities measurements and in their result of the detection of anomalies due to rock deformation zones above holding space-time mapping analysis anomalies allocation precursors (foreshocks) earthquakes Zateev definition of the epicenter, time and magnitude of strong earthquakes. The disadvantage of this method is that the basis of the method is the assumption of the existence of a common co-directional tangential stress axes to outbreak foreshocks - weak earthquakes precede the main event, whereas the directions of these axes may form a considerable angle during large area preparation of strong earthquakes. In addition, the method is not sufficient criteria and selection procedure foreshocks clearly described from the whole set of seismic events in this region. All this reduces the reliability and accuracy of the method and the accuracy of determining the position of the predicted epicenter of a strong earthquake. In this case, possible ambiguity in determining the location, time and magnitude of an earthquake that could have an impact on the base of designed or existing facilities. The technical problem solved by using the developed method and apparatus is to provide the prediction zone (chamber) of medium and strong earthquakes. The technical result achieved when implementing the developed method and apparatus is their simplification. To achieve said technical result suggested to use the developed method earthquake prediction zone. According to the developed method airside mounted device providing registration discharge visualization of air on the surface of the medium and containing the optically transparent electrode, the detection means gas discharge, means for creating an electromagnetic field between the electrode and means for registering gas discharge connected to the conductive portion of the electrode, and a block parameter processing gas discharge, and record the parameters of gas discharge glow generated electromagneti bubbled pulses, wherein the impending earthquake is judged by the reduction gas discharge area by at least 20% while increasing the gas-discharge luminescence intensity not less than 1.5%. Experimentally observed that over the hearth quake for a few hours before it starts infrasonic vibrations are generated in the range up to 6 Hz, which leads to a change in electrical characteristics of the air above the region of the earthquake. The presence of these infrasonic vibrations that cause discomfort to the condition of animals and birds, has long been used to predict future earthquakes. It has been experimentally established that changes the character before the eruption of gas discharge air luminescence over future earthquake zone. Presumably electromagnetic radiation caused by the processes occurring within the earth to earth vibrations inscribed sensor is amplified by gas discharge, which makes it possible to visualize this electromagnetic radiation. This was the basis for the development of these technical solutions. Preferably, the gas discharge glow is generated by supplying to the electromagnetic field pulses of high tension electrode (duration roughly 10 ms with a repetition rate of 1000 ± 100 Hz.). The electrode is preferably mounted on outdoors. Advantageously, the measurement time unit is less than 10 microseconds. Typically, high voltage is applied to the electrode with single pulses once per 60 seconds (exposure may vary from 0.5 seconds to 30 seconds). To achieve said technical result, to use the requested zone designed earthquake prediction device.It comprises an optically transparent electrode, gas discharge detection means, means for creating an electromagnetic field between the electrode and the registering means connected to the conductive portion of the electrode, and a processing unit for the gas discharge parameters. Preferably, the optically transparent electrode is a dielectric plate (glass) coated with a layer of conductive material (tin or titanium oxide), wherein the conductive layer is facing towards the means of recording parameters gas discharge. Registration means is a gas discharge CCD or formed at its base camcorder. Means for creating a high intensity electromagnetic field is a high voltage pulse generator with a frequency of 1000 ± 100 Hz. Gas discharge means for processing parameters is the program a personal computer with appropriate software. Experimental test developed technical solutions conducted between mid-December 2015 to April 2016 (inclusive). The venue of the Republic of Moldova was chosen as an experiment, Taraclia district. This area has a sufficient seismic activity.

GDV for earthquake forecasting

Method and device for earthquake forecasting fig.1 It was used to design a device whose block diagram is shown in FIG. 1, the following symbols are used: object of study 1 (air), an optically transparent electrode 2, the gas discharge 3, emission region 4, generator 5, the optical system 6, the video converter 7, 8, 9, parameter processing means. The equipment was in non-residential, isolated room, without any additional heating. Diurnal measurements were performed, the shooting mode - 30 seconds. We considered only with the vibrations of an earthquake above 2.8 points and a source of up to 200 km away from the installation area. Geographically, this mainly European earthquake epicenter - Eastern the Carpathians, Physician zone, Romania (Zona seismica Vrancea, judetul Buzau, Zona seismica Vrancea, judetul Vrancea).

GDV for earthquake forecasting fig.2 FIG. 2 is a typical view taken options in a graphical form. More than 6 million charts was obtained. The following conclusions were reached: 1. In most cases, for about 8-14 hours before the earthquake signal changes have been recorded;The most informative and sensitive parameters are area and average intensity. 2. There were three types of change, it is believed that it may be associated with different types of earthquakes, sources of which are different tectonic plates. For example: 03/14/2015 00-31, the platform 3, 9 points, 118 km, Buzau The decrease in the glow area before the earthquake 22.36% The increase of the luminescence intensity before the earthquake 2.25% 03/16/2015 17-49, 4, 6 points, 115 km, Buzau The decrease in the glow area before the earthquake 29.95% The increase of the luminescence intensity before the earthquake 2.83% 3. There were also documented other parameter changes, probably related to the regular weather events. This invention will allow to predict the imminent fluctuation earth's surface within a radius of 100-150 km from the epicenter, for 4-5 hours before the earthquake. Also, the data will indicate the strength of future earthquakes. Presumably electromagnetic radiation caused by the processes occurring within the earth to earth vibrations inscribed sensor is amplified by gas discharge, which makes it possible to visualize this electromagnetic radiation.

GDV for earthquake forecasting

Patent RU2655027C1 GDV Sputnik and The Energy of Space

GDV for earthquake forecasting

Consciousness and Environment Research The Noosphere Measurements Project Read the full article

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Great Pyramid, Human Aura and the Chakra System

Pyramid effects on humans

The Affect of the Great Pyramid on the Human Aura and the Chakra System

Carmen Boulter, PhD

Great Pyramid, Human Aura and the Chakra System Abstract Mystics have speculated that the Great Pyramid in Egypt was used to influence consciousness in ancient initiates. Scientific research on how the Great Pyramid influences human consciousness has been limited due to a scarcity of sensitive measurement instruments and difficulty in obtaining government permits to conduct studies on the Giza Plateau. This study assesses the affect of the Great Pyramid on the human energy field and the chakra system. Thirty-nine subjects from 8 countries participated in the study conducted in Cairo, Egypt. To what extent does going inside the Great Pyramid affect the human aura and is this affect maintained? To what extent does going inside the Great Pyramid affect the chakra system and is this affect maintained? To what extent does the Energetic Frequency compare between inside the Great Pyramid and outside the pyramid? The research was quantitative and used a pre-test-posttest experimental design. Data on the overall area of the subjects’ Energy Field, the alignment of chakras, and the Energetic Frequencies inside and outside the Great Pyramid were collected using a Gaseous Discharge Visualization Electro-photonic Imaging (GDV/EPI) device. Analysis of Variance, comparison of means, and correlations between variables were calculated using SPSS software. Strong significant correlations were found between mean scores for Energy Fields and individual chakras suggesting that the Great Pyramid positively influences the human body. Future studies will be conducted with larger sample size to further understand patterns of entrainment among the chakra. Keywords: Great Pyramid, human aura, chakras, consciousness, GDV/EPI, Korotkov, synesthesia, Egypt, initiation, energy field, energetic frequency, pyramid effects on humans Great Pyramid, Human Aura and the Chakra System Introduction Largely misunderstood, much speculation and misinformation has been perpetrated about ancient Egyptian mysticism and the purpose of the Great Pyramid. Frankfort (1948) cites that “texts introduce us to a jungle of religious matter, so impenetrable to our understanding that Egyptologists have increasingly shunned the task of interpretation” (p. v). Scholars in the early 1900s set the pejorative tone presenting the ancient Egyptians as “the product of half-savage men, and think that it is nothing but a mixture of crude, and often disgusting, nature cults and superstitions of the most stupid and childish character” (Budge, 1913, p. 120). While mystics ascribed high levels of consciousness and secrets of ascension to the ancient Egyptians, scholars took a “firm stand against the existence of mystical initiation prior to the Hellenistic Period” (Wente, 1982, p. 161). Thus, for centuries, an impenetrable wall separated science and mysticism. Tompkins (1971) broke the mold by arguing that there was a link between the Great Pyramid and Egyptian Mysteries stating that: “the secret knowledge possessed by the hierarchy of initiates was communicated to those who could prove their worthiness by passing a long period of probationary training and severe trials” (p. 256-257). Aligned with this notion, Penczak (2007) asserted that “ascension is a mystery – a mystery not in the sense of a riddle to be solved, but an experience found in the heart of the mystery religions” (p. 9). Penczak (2007) describes ascension as a “euphemism for enlightenment, a continual state of consciousness in which an individual is in communion with the divine. Mortal, or ego, consciousness ‘ascends’ to a higher level of consciousness where there is no separation from the divine” (p. 11). Penczak goes on the describe stories of saints, gurus, and mystics from around the world who are said to shift to another dimension of reality without physically dying. Hall (1928) describes initiation ceremonies inside the sarcophagus (coffer) of the Kings Chamber inside the Great Pyramid as: “a doorway between the material world and the transcendental spheres of Nature” (p. 119). The initiate would thereby learn that the soul was immortal and that it extended beyond the physical world. Tompkins (1971) was convinced that the Great Pyramid was built “by initiates for initiates” (p. 259). Citing Arab sources, Tompkins contended that “the secrets of astronomy, complete with tables of the stars, geometry, and physics” (p. 218) were built into the Great Pyramid. Tompkins indisputably ignited curiosity. Progressions in multi-diciplinary research and the development of measurement devices to measure consciousness fields have made the current study possible. Bruyere (1989) contends that an “electromagnetic field is generated by the spinning of the chakras” (p. 61). Motoyama (1981) suggests that chakras have both subtle and physical forms which supply energy from the outside world by pervading the astral body. These follow the seemingly invisible Chinese Medicine meridians and energy channels that have been mapped in the body. The stresses of living in the current global context and exposure to specific environments encode harmony or disharmony in our energy fields and chakras. Psychological conflict or particular energy fields may impede the free flow of energy through the subtle body and can be experienced as disruptions in awareness. Great Pyramid, Human Aura and the Chakra System In his quest to measure consciousness fields, Korotkov (1998) confirmed that photonic emissions from the human body can be measured and photographed using a special electrode system that creates a high intensity field called Gaseous Discharge Visualization (GDV) which he invented. Based on Electro-Photonic Imaging (EPI), associated software programs calculate over thirty parameters such as area, brightness, density, fractality, entropy scores, chakra alignment, and chakra energetic values. Scores can then be logarithmically processed to evaluate alterations in psychological states or consciousness fields. Seeman (2002) argued that the human energy field encompasses a frequency spectrum, with slower or denser oscillations of emotionality being representative of the lower chakras. The human energy field, or aura, has varying positive and negative charges that encode the impact of experience or conditioning. Seeman (2010) concludes that the energetic properties of individual chakras can be contained in isolation and cited research indicating that chakras orchestrate in complex fields with one another due to their proximity. Understanding patterns of entrainment amongst chakras may illuminate intersensory associations known as ‘synesthesia.’ Synesthesia, from the Greek syn or ‘union’ and aesthesis or ‘sensation,’ has been loosely referred to as a ‘sixth sense’ (Cytowic, 2002, p. xxiv). It is the rare capacity of cross-sensory perception such as hearing pictures, seeing music, and tasting shapes. While synesthesia has been observed in infants and in every age group, it is considered abnormal because it is statistically rare (p. 2). Understanding synesthesia may be linked to understanding brain functioning and consciousness. Cytowic (2002) describes a ‘neuro-immune-endocrine’ network with synergistic transmitters that regulate glandular functions giving chemical feedback to hard-wired portions of the nervous system (p. 214). The glandular system is closely associated with the chakra system. Research has shown that neurotransmitters can be tagged and seen microscopically tracing the energetic transfer between nerve fibers (p. 214). It was previously thought by neurologists that emotion was localized in a discrete control center in the brain. Research into synesthesia has shown that emotion is spread over multiple neural and glandular pathways or, ‘transmodal areas’ (p. 233). Reciprocal connections between multimodal areas, thus, modulates parallel sensory perception, or synesthesia, and consciousness. The architecture of the human brain, the glandular system, and the chakra system exemplify transmodal connectivity. Great Pyramid, Human Aura and the Chakra System Methodology The current quantitative study used a pre-test­­–posttest experimental design to measure consciousness fields and the affect of the Great Pyramid on the chakra system. Independent variables were the Energetic Frequency Inside the Great Pyramid and Outside the Great Pyramid and Gender. The dependent variables were Area of subjects’ Energy Fields and alignment of Virtual Chakras as measured by the GDV/EPI device. Research Question 1: To what extent does going inside the Great Pyramid affect the human aura and is this affect maintained? Research Question 2: To what extent does going inside the Great Pyramid affect the chakra system and is this affect maintained? Research Question 3: To what extent does the Energetic Frequency compare between inside the Great Pyramid and outside the pyramid? Hypothesis 1: Mean scores for measurements of Virtual Chakras Inside the Great Pyramid will be closer to balance (0.00 values) than Before and After scores as measured by the GDV/EPI. Hypothesis 2: Measurements of Area of Energy Field Inside in the Great Pyramid will be greater than Before and After scores as measured by the GDV/EPI device. Hypothesis 3: Measurements of Energetic Frequency inside the Great Pyramid will be greater than measurements of Energetic Frequency outside the Great Pyramid as measured by the GDV/EPI device for environment. Thirty-nine subjects participated in the study traveling to Cairo, Egypt from Australia, New Zealand, Austria, Sri Lanka, England, Japan, Canada, and the United States. The study was conducted over a three day period from October 9-11, 2010. Special permission was granted by the Supreme Council of Antiquities for private entry into the Great Pyramid for 2 hours beginning at sunrise on 10-10-10. Data was collected by Konstantin Pavlidis using the Gaseous Discharge Visualization (GDV) device also known as Electro-Photonic Imaging (EPI) invented by Dr Konstantin Korotkov. This device was used to measure both the energy fields of the subjects as well as the Energetic Frequency Inside and Outside the Great Pyramid. On the first day of the study, a pre-test was conducted at the Movenpick Hotel and Resort in Giza where the group was staying a short distance from the pyramids. The data was collected in the pre-test is labeled ‘Before’ and it consisted of taking 2 readings for each subject: one ‘without filter’ measuring the ‘Emotional-Spiritual’ field and one ‘with filter’ measuring the ‘Physical’ field. Subjects placed their 10 fingertips one at a time onto the GDV/EPI device which had a photographic lens shielded from outside light. The device emits a mild electrical current allowing the photonic emissions from the fingertips to be photographed. The lens was cleaned, a filter was applied, and the process was repeated ‘with filter’ photographing all 10 fingertips a second time. The same process was repeated twice more on the following two days. On the second day, subjects boarded a bus before dawn and took a ten-minute drive to the north entrance of the Giza Plateau. Officials checked the government permit and registered details and the nationalities of the subjects. An Inspector from the Supreme Council of Antiquities boarded the bus with the keys to the Great Pyramid in hand. The gate to the Giza Plateau was opened an the lone bus approached the Great Pyramid in the dark. Upon arrival, the GDV/EPI device was set up to measure the Energetic Frequencies outside the Great Pyramid while the subjects remained on the bus preparing for the experiment. Subjects were instructed to bring only their cameras and water bottles and to remain in silence throughout the experience. Subjects were told beforehand that they would enter the pyramid, climb up into the Grand Gallery, and enter the Kings Chamber. As part of the experiment, they each would be invited to lay inside the ‘sarcophagus’ for 2 minutes. They would be assisted out of the sarcophagus and immediately be tested again on the GDV/EPI device both without filter and with filter. After instructions were given, the 39 subjects were escorted by the Inspector from the parking lot to the base of the Great Pyramid where they climbed up stairs along the casing stones to the elevated entrance of the Great Pyramid. The Inspector was met by a Watchman in traditional robes and both men remained outside while the subjects entered the Great Pyramid alone with the GDV/EPI device. It is noteworthy that no one else was allowed on the Giza Plateau while the experiment was conducted. The subjects entered the Great Pyramid and climbed up the Grand Gallery in silence. They entered the Kings Chamber and one by one, they stepped into the granite coffer with 4-inch stone walls and laid down. A volunteer was designated to be the timer, gently touching the person in the sarcophagus to indicate that 2 minutes had passed. Volunteers assisted the subject in getting out of the sarcophagus as their legs were wobbly and they were disoriented from the experience. Volunteers held the emerging subject steady while they awaited their turn to get the GDV/EPI readings taken. The data collected in this phase of the study is labeled ‘Inside.’ Once the subjects had finished having the 2 readings taken, they were free to move to another chamber inside the Great Pyramid as all three chambers were opened for the group: the Kings Chamber, the Queens Chamber, and the Subterranean Chamber. After subjects had been through the procedure and left the Kings Chamber, the GDV/EPI was set up to measure the Energetic Frequencies inside the pyramid. After the 2 hours had passed, all subjects left the Great Pyramid in silence and returned to the bus. The Giza Plateau was then open to the public. On the third day, the posttest was conducted at the Movenpick Hotel and Resort. Data collected in the posttest is labeled ‘After.’ Again, two sets of readings were collected for each subject with the GDV/EPI device both without filter and with filter. Upon receiving the data, the researcher noticed that all the readings had not been correctly recorded and saved. If subjects did not have all three readings ­(Before, Inside, and After), the subject was excluded from the data analysis. As well, the researcher’s own readings had been taken yet were not included in the data analysis since her concern for the subjects and for the procedure of the data collection would influence her readings. As a consequence, full data sets for 30 participants were analyzed. Worthy of note, none of the subjects included in the data analysis had been into the Great Pyramid before the study was conducted. Results The GDV/EPI system has three software programs associated with the device to process the photonic images logarithmically converting the images of the overall area of each fingertip corresponding to Chinese Medicine meridians. The three software programs are: (1) Energy Field; (2) Virtual Chakra; and (3) GDV Diagram. The ‘without filter’ readings measure the Emotional-Spiritual aspects of the consciousness field of the subjects. The ‘with filter’ readings the Physical aspects of the field of the subjects. As well, the GDV/EPI system incorporates a software program called ‘Sci Lab’ to process the data collected from ‘places’, or environments, in this case, the Energetic Frequencies taken outside and inside the Great Pyramid. The Energy Field program computes the images of photonic emissions from each of 10 digits for each subject, thus, displaying the overall ‘Area’ of the subjects’ Energy Field. The Virtual Chakra depicting the alignment of each chakra seeking a ‘zero point’ (approaching 0.00 value) at the center of the body. Chakras displaced showing negative values are indicating an ‘orientation to self.’ The greater the negative value, the greater the preoccupation with oneself or, otherwise stated, being ‘in the ego.’ Alternatively, if chakras show a positive value, there is a concern for others. The greater the positive value, the more the subject is oriented to society. The Virtual Chakra program, then, is measuring how well a person is balanced and without stress. Full text: Great Pyramid Study

Pyramid effects on humans

Pyramid effects on humans

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Pyramid effects on humans Teotihuacan pyramids measurements 2019 Great Pyramid, Human Aura and the Chakra System See also about Pyramid effects:

Measuring Sacred Sites Egypt by GDV

Psychic discoveries behind the Iron Curtain Seeing does not mean just watching Magic stone Shungite Influence of Geopathic Zones on the Human Body The Energy of Space Lunar calendar and Moon’s phases now Read the full article

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Seeing does not mean just watching

The Energy of Space Seeing does not mean just watching Seeing does not mean just watching, it means staying at rest, merged with the surroundings. To understand sounds does not mean just listening, it means being silent and hollow. Keeping to temperance does not mean to limit oneself like a miser, but to implement it gradually, as if a secret from oneself. Those who practice the three rules never exhaust them until the end, but by combining them together, can achieve the Oneness. Dao De Jing, Verse fourteen

Seeing does not mean just watching It has long been observed that people feel differently depending on environmental factors that may include temperature, humidity, atmospheric pressure and geographic location. There are some places where you sleep like a baby, have wonderful dreams and wake up full of energy. But there are others where sleeping is disrupted, fatigue is frequent and there is increased susceptibility to illness. Western science has no explanation for this other than it represents a confluence of geomagnetic influences, subterranean anomalies, hollows, water streams, natural and industrial atmospheric gases; gases, electromagnetic fields, and especially solar and cosmic emanations. It has been practically impossible to distinguish between all these factors or to determine what each contributes, so our ability to measure the cumulative effect at any particular place can best be described as primitive and rudimentary. In all ancient civilizations there were people who could feel the energy of space. They were sorcerers, shamans, priests well aware that society and the state can be strong and successfully resist all attacks only if people are united by a spiritual idea. The highest form of spiritual ideas is religion. As Karl Marx said, “Religion is the opium of the people, but without religion people have no soul”. The most cruel wars and cases of violence, the worst confrontations took place on religious grounds. Neither wealth, nor striving for a better life motivated people, but abstract spiritual incentives. These incentives allowed the invaders for thousands of years on all continents to raise millions of their compatriots and lead them to distant lands, some to the victory but the majority to the grave. But to maintain and develop the spiritual incentives of the nations collective rites and ceremonies are required. In the early stages of development of human society people began to search for those special places, began to create in these places special facilities, more and more complicated as the development of civilization went on. Stone circles and spirals, vertically standing blocks - mengirs, burial places of complex arrangements, temples, pyramids. In each case for such a facility people looked for Places of Power. Now we call these places sacred. The most beautiful places were always chosen for them: the top of a hill, the bank of a river, a cave, a sacred grove, lush vegetation. People usually call such places “God‘s places”, “sacred”, “gracious”. In such places in former times sanctuaries, temples, churches and monasteries were built. It is important that these places since ancient times have been considered sacred, healing, people came there to feel the grace, gain strength, to recover from heavy fights and work. When people visit such places they feel euphoria, inspiration, excitement, enthusiasm; they want to return there again. Naturally, such places are located all over the globe. Local people tell legends and stories about them; the church erects temples in these places. Here are some of them in Russia: Valaam, a small island on Lake Ladoga, Kizhi Island in the White Sea; Olkhon Island (“the heart of Lake Baikal”), one of the most beautiful places on Lake Baikal, the gathering place of Baikal shamans. The sacred Valley Kyren in the south-west of Buryatia, 170 km from Irkutsk. Numerous lakes: Linevo, a healing lake in the north of Omsk area; Plesheevo located near the town of Pereslavl in the south of Yaroslavl area; Svetloyar (the Shambhala of Russia), a legendary body of water located in Nizhny Novgorod area; Svyatozero, the lake in the south- west of Petrozavodsk. We could name a lot more such places in Russia. Sometime their classification will be made. But along with the “blessed” places there are the “wretched” ones. They, too, are told about in legends, but these legends are scary and bleak. In these places there live only witches, sorcerers and cannibals. As soon as one gets there, death is inevitable, there are few who managed to get out alive and unharmed. And even if they get out they will get sick, will wither and grow old prematurely. This may be accompanied by loss of memory, or a hundred years’ sleep that seems like one night. In short, it is better not to go there and keep away. In our times the inquisitive and curious actively engage in search of adventure to their misfortune. Some climb a mountain where there is “nothing, neither gold nor ore”, some dig up grenades in swamps, some poke about in anomalous zones. Often this has no good ending, in full accordance with the old predictions. (The author himself refers to this category of “naturalists”, so he had an opportunity to experience the effects of the adventures on his own broken bones.) Finally, some indications of anomalous zones have been formulated: • “attraction” of view; inadvertently the gaze clings to a certain area; • inadequate behavior of animals; • the lack of animals, even birds are not heard; • “strange” vegetation, somewhat different from plants in the neighboring areas; • the presence of strange objects; • various sounds; phenomena not amenable to logical explanation; • unusual sensations; • visions and pictures. There are several opinions about the nature of anomalous zones. Natural geopathic zones are geophysical anomalies associated usuall with breaking of the Earth’s crust, underground cavities, old burials, etc., where there is an impact on people, flora and fauna. Geopathic zones of artificial origin are caused by various anthropogenic factors, such as, electrical and television networks, heat and water supply and sewage systems, as well as technical facilities of all kinds. All this has given rise to a large number of energetically active sites, stray electric currents of different fields interacting with natural electromagnetic fields. Seeing does not mean just watching These phenomena are particularly common in the cities. Cosmo-physical situation also has its effects: distribution of air flows, clouds, background radiation. Since very few people have been purposefully engaged in research of anomalous zones, there are no unambiguous representations of their origin and properties. However, scientists have begun to seriously address this issue. Doctor of Geological and Mineralogical Sciences, the principal researcher of the Institute of Precambrian Geology and Geochronology, Professor Vyacheslav A. Rudnick, the author of more than 300 scientific publications including 20 monographs, back in the eighties began to research the industrial and the anthropogenic impact on the environment, and in 1990-s shifted his interests to the issue of the impact of geo- active zones of the Earth’s crust on human health and the objects of the biosphere and the Earth techno-sphere. Professor V.A. Rudnik pays his major attention to studies of his hometown St. Petersburg St. Petersburg is unique for the only reason of its location. It rises above the underground intersection of the four systems of transcontinental breaks of the Earth crust at the junction of the Baltic Shield and Russian Plate. The four gigantic scars, mutilated body of the Earth over 600 million years ago and invisibly intersected under the feet of citizens of St. Petersburg. It turned out that this intersection gave our city the zones hazardous to man’s health and living. Within the zones of breaks of crust constant geological processes are taking place, in which physical, chemical and energy fields and radiation occur. Malicious zones are also underground streams and ancient, now buried riverbeds, tunnels, mineral deposits. Of course, the proximity to the area of break or the paleo-riverbed of an ancient river is not the only cause of cancer and other ailments. But the fact that it actively promotes the incidence is now beyond doubt. In the study of geopathic zones scientists found that in these areas the sick rate of coronary heart disease exceeds the norm 2 times, essential hypertension 1.5 times, the sick rate of leukemia 3.5 times; death rate is 2.5 times higher than the average. Adults 2.3 times more are likely to apply to hospitals. The overall sick rate is 2 times higher than average. a unique in its kind map of St. Petersburg, spotted with a spider web of invisible cleavages and cracks. The intersection of the four major breaks looks on the map of the city as a network of small faults that define the coastline of the bay, the channels of modern and ancient rivers. Defective are Vasilevsky Island and areas along the banks of the Neva. In different districts 5 to 15% of the population lives and works directly above the geo-active zones. In Kalinisky district of St. Petersburg 3.5 thousand traffic accidents were analyzed. The schedule made in the result left no doubt: over the break zones and over the underground watercourses the number of accidents increases dramatically. This dramatic increase is from 50 to 1000%! The researchers together with the traffic police analyzed the accidents on the highway Petersburg-Murmansk. The picture is the same. It has been assumed that the cause is in involuntary reductions in the muscles of drivers and, as a consequence, uncontrolled actions that appear over the geo-active zones. Researchers recommend placing the road signs on highways with warnings about an increased risk in such sections. There is no need to say how important is to remove the control towers of airports, runways, command posts, rocket launch sites, chemical and biological production, nuclear power plants from the scope of such a psychogenic effects. Thus, the problem of geopathic zones is quite urgent not only for research but also for practical life. Crucial for the serious study of this problem is the development of specialized instruments for measuring the activity of these zones. The adverse effects of “godforsaken places”, the areas of natural biological discomfort, have been known since ancient times. In the old days, before starting construction of houses, and churches in particular, people addressed the people with hyper sensitiveness, well- known throughout the county looking for their advice. The animals’ flair to places unfavorable for living was also used: you may build a house where the sheep lay and dig a well where a magpie sat. In recent years the study of geo-active zones have been included in the new scientific field, Geoecology, an interdisciplinary scientific field that combines studies of composition, structure, properties, processes, Group of scientists headed by Professor Evgeny Melnikov compiled 89 physical and geochemical fields of the geo-spheres of Earth as a habitat for humans and other organisms. In the specialty code it is written: “The main task of Geoecology is to study changes of life-sustaining resources, geo-sphere shells under the influence of natural and anthropogenic factors, and their protection, rational use and control in order to preserve for the present and future generations the productive environment”. A large part of this science is the concept of biosphere. In his writings famous Russian scientist professor Vladimir Vernadsky pointed out that science does not pay attention to the organism’s interaction with the Earth’s crust and the biosphere. Revealing the essence of his teachings in numerous works on the biosphere, he wrote: “The clue of life can not be obtained only by studying the living organism. To solve it one should apply to its original source, to the earth’s crust. In science there is no clear understanding yet that the phenomena of life and the phenomena of inanimate nature, combined with the geological, i.e., planetary point of view, are manifestations of a single process”. In particular, referring to biologists, he said, “Biologists have forgotten that the studied organism is an inseparable part of the earth’s crust, a mechanism for amending it, and can be separated from it only in our abstraction”. Nevertheless, it is the scientists of XIX and XX centuries, Louis Pasteur, Pierre Curie, Alexander Gurvich, and Vladimir Vernadsky who developed the fundamental basis of the relationship of the human organism with its environment. One of the key provisions is the following: between the spatial structure of molecules and their properties there is a connection manifesting in the left or right optical activity;the phenomenon of dissymmetry is the difference between the leftand right forms of the molecules of matter or energy;living cells possess the right or left optical activity and have the energy cellular field of non-electromagnetic nature around them, also based on spatial structure of the cell (geometry of shape), and all its structural elements. Summation of fields of cells is abiological field of the whole organism;life on the planet is a direct continuation of cosmo-geological processes and is closely linked with the state of the near-Earth 10 space, the biosphere, and is subjected to the phenomenon of dissymmetry;biosphere has dissymmetry;the phenomenon of dissymmetry in the world is manifested by the impact of the forces of the cosmos. There is widespread acknowledgment that environmental conditions can affect health, especially changes in weather. The foehn is a dry southerly wind that blows from the Alps across Switzerland and southern Germany that is associated with a statistically significant increase in accidents, emergency room admissions for heart attacks, asthma and respiratory problems, as well as a spike in suicides. Some hospitals routinely postpone elective surgery until these “winds of depression” subside. Similar responses may accompany the Sirocco in Italy, the Mistral in southern France and the Middle East’s Sharav, which the Arabs call Hamsin (the fifty days wind). Western Canada and the U.S, have the Chinook, a foehn-like wind that raised the temperature in one Montana town by 96 degrees in less than 24 hours (-48°F to 48°F). The strong, dry Santa Ana winds of California, called “The Bitter Winds” in Indian lore, have also been blamed for an increase in suicides and homicides. Some studies suggest that these effects may be due to electrical changes in the air that increase positive ions or decrease negative ions. GDV technology has the potential to confirm these observations. All the energy on earth is derived from the sun, which continually emits a stream of charged particles. The ability of solar magnetic storms to cause mental aberrations was noted by Alexander Chizhevsky almost 100 years ago and subsequent researchers have confirmed this and other effects on health. The earth itself is a giant magnet that is constantly in motion. Since life evolved under these influences, it should not be surprising that biological systems have developed to take advantage of electromagnetic forces, or that they can significantly influence physiology and behavior. This can be vividly demonstrated in lower forms of life like bacteria and planaria, but is also evident in homing pigeons and birds that use geomagnetic information to guide curious migrational habits that have persisted for centuries. Seeing does not mean just watching The Chinese used certain animals to predict earthquakes over 6,000 years ago and there is abundant evidence that all animals can anticipate other natural disasters like storms, hurricanes and volcanic eruptions. Flamingos, elephants, wild boars, snakes, reptiles and other animals all fled their usual habitats shortly before the 2004 Indian Ocean tsunami hit. Sharks, dolphins and, fish can also sense an approaching earthquake or hurricane well in advance. Domesticated pets may retain this ability since it has been observed that advertisements for missing cats and dogs consistently increased in volume a few days before an earthquake struck. Some individuals also seem to be unusually sensitive to natural as well as man made electromagnetic influences. In addition, there is increasing evidence that living things emit their own energy fields or signals that interact with these environmental forces, as well as with other forms of life. Verifying this has been difficult, because skeptics correctly demand objective proof rather than anecdotal reports. Attempts to provide this by electrographic visualization of energy fields date back to 1777. Significant progress was made in the last century due to the efforts of the Kirlians and others, but techniques varied, results could not be consistently reproduced nor were mechanisms of action delineated. The advent of GDV technology and its sophisticated software, has now removed these impediments, and will withstand scientific scrutiny. Geo-active zones are usually associated with some special regions of the Earth, so it is, and we will dwell on it later, but such zone can be right in your home. A search for geo-active zones by bio-location (dowsing) using wooden or metal frames and pendulums has been practiced for centuries. Special measurements showed that the movement of the frame is an indicator of unconscious muscle contractions, i.e., people’s reaction to the impact of natural fields. Naturally, a person must be trained in a special way to respond to an impartial outside influence, rather than his own imagination. It is believed that on the Earth’s surface there are energy networks whose cells are separated by lines of high tension. These networks have different cell sizes, from 20x20 cm to 5-6 m. Geopathic zones have field nature, which is expressed in the form of lines, planes and energy nodes. Typically, a healthy person does not react to changes of electromagnetic, gravitational and other background in the lines and nodes of these networks, although there is ample evidence that they can influence health status. In the same apartment there can be several different zones having different impact on health. It is especially strongly manifested during sleep. If the bed is located in the area of geo-active zones sleep will be restless, the man wakes up exhausted, his efficiency decreases, hence the inevitable disease. Can you handle it? Without doubt! It is necessary only to put the bed into another room, sometimes simply move to another corner, and it can drastically change the situation. There is no need to say about a country house that should be built taking into consideration the location of geo-active zones around the construction site. Seeing does not mean just watching The worse was still to come. Now the most important thing for us was total calm. There was no rush. The wind was gone, the visibility good. It was as smooth as silk. I could see the ditch where Slimy had kicked off. There was something colored in it –– maybe his clothes. He was a lousy guy, God rest his soul. Greedy, stupid, and dirty. Just the type to get mixed up with Buzzard Burbridge. Buzzard sees them coming a mile away and gets his claws into them. In general, the Zone doesn’t ask who the good guys are and who the bad ones are. So thanks to you, Slimy. You were a damned fool, and no one remembers your real name, but at least you showed the smart people where not to step3⁄4. Of course, our best bet would have been to get onto the asphalt. The asphalt is smooth and you can see what’s on it, and I know that crack well. I just didn’t like the looks of those two hillocks! A straight line to the asphalt led right between them. There they were, smirking and waiting. Nope, I won’t go between them. A stalker commandment states that there should be at least a hundred feet of clear space either on your left or your right. So, we can go over the left hillock. Of course, I didn’t know what was on the other side. There didn’t seem to be anything on the map, but who trusts maps? Arkadiy and Boris Strugatsky. “Roadside Picnic” (1972) Seeing does not mean just watching Pyramid effects on humans Teotihuacan pyramids measurements 2019 Great Pyramid, Human Aura and the Chakra System See also about Pyramid effects:

Measuring Sacred Sites Egypt by GDV

Psychic discoveries behind the Iron Curtain Seeing does not mean just watching Magic stone Shungite Influence of Geopathic Zones on the Human Body The Energy of Space Lunar calendar and Moon’s phases now Read the full article

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2019 Bio-Well User Manual

Bio-Well GDV Camera 1.0 & 2.0 and Software Manual 2019

Ver. 02-2019 2019_02 Bio-Well Manual 2019 Bio-Well User Manual, Bio-Well technology device instruction. What to do with Bio-Well? Bio-Well Sputnik, Bio-Well Element and more  2019 Bio-Well User Manual Contents Purpose 5 Technical Information about Bio-Well GDV Camera device 5 Important Remarks and Safety Measures 6 Getting started 7 Software Interface 9 Cards list 14 Scans list 17 Creating a new Scan/Experiment 19 Preparing person for the examination 20 Rules of capturing fingers 20 Conducting a “Full Scan 23 “Full Scan” results 25 Conducting a “Stress Test” Scan 48 “Stress Test” Scan results 49 Conducting a “One Finger” Scan 50 “One Finger” Scan results 51 Conducting an “Environment” Scan 54 “Environment” Scan results 58 Comparing Scans 62 Offline Mode 67 Previous GDV Readings 68 Calibration guidelines 69 Terms Area – Bio-Well Software parameter calculated as number of pixels on the GI related to the object being analyzed. Balance – Bio-Well Software parameter derived as ratio of Energy parameter values of GI between the left and right hands. Bio-Well Account/Subscription – an account (Login and Password) created on website that allows User to work with the Bio-Well Software in Online mode. Bio-Well GDV Camera device – is a USB digital camera that is able to extract electro-photonic emission from the conductive object placed on its electrode, capture the resulting gas discharge (created by excitation of air molecules by the electro-photonic emission) and send the created glow images to the computer via USB cable for further processing. Bio-Well Server – Internet server that hosts the code for analyzing/processing the Scans made by the Bio-Well GDV Camera device and keeps the Bio-Well User’s databases of Cards and Scans. Bio-Well Software – is a computer program that is able to read the captured glow images from the Bio-Well GDV Camera device via USB cable, edit them and send to the remote server for calculation of the various parameters. Calibration – process of tuning Area and Intensity parameters of the Glow to the current environmental conditions by adjusting the voltage of the Bio-Well GDV Camera (for Area calibration) and creating appropriate Intensity correction coefficient on the Bio-Well Server (for Intensity adjustment). Deviation S – Bio-Well Software parameter calculated as standard deviation of Area parameter of the last 20 captured GI. Electro-photonic emission – irradiation from a conductive object under the influence of high frequency high intensity electro-magnetic impulse. Synonym of Gas Discharge Visualisation. Electro-Photonic Imaging (EPI) – synonym of GDV Energy – Bio-Well Software parameter derived as numeric evaluation of the energy of the Glow captured by the Bio-Well GDV Camera device and calculated by multiplication of Area on Average Intensity on correction coefficient. Environment – regime or mode of capturing GI of the installed on the glass electrode of the Bio-Well GDV Camera device calibration metal cylinder with fixed interval (5-60 seconds for BW 1.0 & 1-60 seconds for BW 2.0) between captures, to which an external electrode is connected: Bio-Glove, Sputnik sensor or Water sensor; during which Area, Intensity, Energy, Deviation S and Activity Level of Environment parameters are calculated. Full Scan – regime or mode of capturing GI of human fingers (all ten) in the Bio-Well Software that allows to get maximum parameters about functional (energetic) state of a person, his/her systems and organs, based on intersection of each finger into sectors according to acupuncture points concept and more than 20 years of clinical studies. Gas discharge (Glow) – light emitted by the gas (air) due to the excitation of its molecules by the electrons and photons from an object under study with the use of GDV technology. Glow Images (GI) – digital images created by the Bio-Well Software after processing the Glow from the object placed on the glass electrode of the Bio-Well device, synonym of Korotkov's Images Gas Discharge Visualization (GDV) – technology based on Kirlian effect that allows to capture and process digital images of the gas discharge (Glow). Electro-Photonic Imaging (EPI) is synonym. Stress parameter – numeric evaluation of the psycho-emotional and functional state of a person being scanned, based on assessment of the external contour curvature of the GI of fingers scanned. Intensity - Bio-Well Software parameter calculated as average value of intensity (brightness from 0 (black) till 255 (white)) of pixels on the GI related 4 to the object being analyzed. Kirlian effect – phenomenon of electro-photonic emission from conductive objects under the high intensity high frequency electro-magnetic field. Korotkov’s images – BEO gram, GDV images, EPI images, Bio-Well images, etc Korotkov’s images – Kirlian images downloaded and processed on GDV Software

Korotkov’s images Offline mode – regime of the Bio-Well Software functioning without Internet connection, that allows to capture the GI, but doesn’t allow to process them and get any parameters. Calibration procedure is not available. One finger – regime of mode of capturing glow images of one human finger several times in a row (from 4 to 100 times) for further assessment of time dynamics of all EPI/GDV parameters of whole finger or specific sector. Online mode - regime of Bio-Well Software functioning with Internet connection, that allows to calibrate, capture the GI, process them and calculate parameters. Scan – an experiment made by the Bio-Well User in the Bio-Well Software. Stress test – regime or mode of capturing images of human fingers (left and right ring fingers) in the Bio-Well Software, that allows to assess Stress, Energy and Balance parameters. Bio-Well Software is specifically designed to work with the Bio-Well GDV Camera device: BW 1.0 & BW 2.0 models. It allows: to capture images of human fingers in several modes and conduct experiments with external sensors; process the captured data on the Bio-Well Server. The Bio-Well GDV Camera device can be used for the purpose of capturing and analyzing the electro-photonic glow of human fingertips and other conductive objects placed on its electrode. There is no mention of disease or medical condition claims, and the technology does not pose a risk to the safety of users. Technical Information about Bio-Well GDV Camera device Bio-Well GDV Camera device belongs to electrical equipment for use in ordinary locations. The device is intended for use in Dry Location — a location not normally subject to dampness or wetness. Bio-Well GDV Camera device provides no risks to life and property. The device is intended for working with a personal computer. Operating conditions: -ambient air temperature from +10°С/50oF to +35°С/95oF; -relative air humidity 75% at a temperature of 30°С; -atmospheric pressure from 84 to 106.7 kPa (630–800 mmHg); -direct current power supply with operating voltage of 5V. NB! Main parameters, characteristics, dimensions and warranties are provided in the Passport of the Bio-Well GDV Camera device (supplied with every device). bio-well practitioner near me, bio well software download, bio well chakra, bio well assessment, bio well training, biowell app, biowell research, gdv camera amazon, bio well assessment, Bio-Well Accessories 2019 Bio-Well User Manual Important Remarks and Safety Measures User should pay special attention to the following: While touching the glass electrode of the Bio-Well GDV Camera device do not touch any grounded conductive objects (like heating pipes, etc.). During the scanning process keep the Bio-Well GDV Camera device at least 50cm from the computer. Always keep the glass electrode of the Bio-Well GDV Camera device in clean condition (using alcohol or wet tissues with alcohol – best option; if not possible – use regular screen cleaner). If Bio-Well GDV Camera device was in a cold environment (less than 10oС/50oF) before starting using it please wait for at least 1 hour to warm up. During “Environment” Scans (experiments) shifts in relative humidity should not exceed 5% and shifts in air temperature should not exceed 5oС. During “Environment” Scans do not turn on/off electrical devices within the room where the Bio-Well GDV Camera device is operating. Do not use cell phones near the Bio-Well GDV Camera device or Sputnik sensor as it can alter the result. Presence of different people in the room may affect the measurement results. Do not take “Environment” measurements during strong atmospheric changes as they can affect the readings. Be aware of changes in geomagnetic background (e.g. Sun and Moon rise/recess, magnetic storms) during “Environment” measurements. 2019 Bio-Well User Manual - Bio-Well GDV Camera 1.0 & 2.0 and Software Manual 2019 on IUMAB Library Archive. Welcome to IUMAB! Read the full article

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ANALYSIS OF STRUCTURED LIQUIDS

ANALYSIS OF STRUCTURED LIQUIDS WITH ELECTROPHOTONIC TECHNIQUE Korotkov K, Ph.D., Professor, Orlov D. University of Informational Technologies, Mechanics and Optics, Saint Petersburg, Russia Key words: structured water, Electrophotonic imaging, Gas Discharge Visualization, high dilutions, consciousness influence

ANALYSIS OF STRUCTURED LIQUIDS Abstract Basic principles of Electrophotonics – Gas Discharge Visualization (EPI/GDV) technique – method of analysis of stimulated by electromagnetic field glow of liquids are discussed in the paper. Examples of experimental studies of different samples of water, blood reaction to allergens, low concentrations of different salts are presented. High selectivity and sensitivity of the EPI/GDV approach is proven by publications of different authors. EPI/GDV parameters depend on the chemical composition of a liquid, but most interesting is their dependence from structural properties of water and the possibility of data transfer through water. Measured parameters are defined by the emission activity of surface layer of liquid, which depends on surface-active valency. It is clear that this property is defined by the structure of the near-surface clusters, so the EPI/GDV method may serve as one of the informational methods of study the structural-informational properties of liquids. Developed approach allowed to distinguish the changes of electrophotonic parameters of water under the remote influence of the human consciousness – directed human attention. Introduction Currently considerable attention is being focused on the study of the structural properties of water and the possibility of data transfer through water. A lot of controversial information we may find concerning memory of water (Johansson, 2009; Montagnier, 2009, 2011). According to the viewpoint that has shaped, the phenomena observed during the experiments are determined by the processes of clusters and clathrates formation, mainly at the atoms of admixtures (Del Giudice, Vitiello, 2006). The task of introducing these notions into the scope of contemporary scientific thinking requires, first of all, a set of probative and reproducible experimental facts. Water is a complex subject of study, and its properties depend on a great number of factors; this requires that several independent techniques should be used in parallel, and that new informative methods for study of water properties should be developed and introduced into practice (Voeikov, Del Giudice, 2009). The high degree of informativeness of the Dynamic Electrophotonic Imaging (EPI) analysis based on Gas Discharge Visualization (GDV) method (Korotkov, 2002) applied for studying liquid-phase subjects was first demonstrated during the study of the glow of microbiological cultures (Gudakova et al, 1990), blood of healthy people and cancer patients (Korotkov et al, 1998), reaction of blood to allergens (Sviridov et al, 2003), homeopathic remedies of 30С potency (Bell et al, 2003), and very small concentrations of various salts (Korotkov, Korotkin, 2001). The differences between the glow parameters of the NaCl, KCl, NaNO3 and KNO3, solutions and distilled water were observed until the 2-15 dilution; however, the dynamic trends of the 2-15 dilution and distilled water still had different directions. Great interest has been roused by the studies directed at detecting the differences between the glow of natural and synthetic essential oils with identical chemical composition (Korotkov et al, 2004, Vainshelboim et al, 2004). The oils were analyzed in order to detect possible differences between oils that were obtained by means of natural and synthetic processes, between oils of organic and regular origin; between oils obtained in different climatic conditions and extracted by means of different methods; between oils with different optical activity; between fresh oils and oils that were oxidized by various methods. The combinations of oils under study did not show any statistically significant differences when analyzed by means of the gas chromatography method. Technique Study of Electrophotonic parameters of liquids is based on using commercially produced instrument “GDV Camera”, which is manufactured by KTI company, St. Petersburg (web. Ref 1,2). This instrument is well-known for analyzing stimulated photon emission from human fingers which is being used for health and well-being diagnostics (Measuring 2002), analysis of athletes (Bundzen et al, 2005), altered states of consciousness (Bundzen et al, 2002. Korotkov et al. 2005), influence of music (Gibson, Williams 2005) and Qigong to people (Rubik, Brooks 2005), as well as geo-active zones (Hacker et al, 2005) and minerals (Vainshelboim et al, 2005). When the EPI parameters are measured for liquid subjects, a drop of the liquid is suspended at 2-3 mm distance above the glass surface of the optical window of the device, and the glow from the meniscus of the liquid is registered (Fig.1). The volume of liquid is about 5*10-3 ml. Temperature is kept in the range 22-24 C, the relative humidity is maintained from 42% to 44%. The train of triangular bipolar electrical 10 mcs impulses of amplitude 3 kV at a steep rate of 106 V/s and a repetition frequency of 103 Hz, is applied to the conductive transparent layer at the back side of the quartz electrode thus generating electromagnetic field (EMF) at the surface of the electrode and around the drop. Under the influence of this field, the drop produces a burst of electron-ion emission and optical radiation light quanta in the visual and ultraviolet light regions of the electromagnetic spectrum. These particles and ions initiate electron-ion avalanches, which give rise to the sliding gas discharge along the dielectric surface (Korotkov, Korotkin 2001). A spatial distribution of discharge channels is registered through a glass electrode by the optical system with a charge coupled device TV camera, and then it is digitized in the computer.

ANALYSIS OF STRUCTURED LIQUIDS Full text PDF: 2012 Water EPI

Bioelectrography Water Research

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Massage and GDV/EPI

Massage and GDV/EPI Research

Influence of Massage with Essence Oils to Human Energy Konstantin Korotkov and Korotkova Anna

gdv bio-well and gdv sputnik See also: Bioelectrography Publications Translighters users testimonials Stress Reduction with Osteopathy Treatment Acupuncture Treatment Gas Discharge Visualization to measure massage therapy More about Acupuncture Treatment and GDV Bioelectrography Research here Read the full article

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GDV-GRAM IN THE INFLAMMATION ACTIVITY

GDV-GRAM IN THE EVALUATION OF BRONCHUS' INFLAMMATION ACTIVITY

J.S.Savitskaya, N.A.Phylippova, R.A.Alexandrova, V.A.Goncharova, O.I.Sazonets St.-Petersburg State Medical University n.a. I.P.Pavlov, Russia The work was aimed to evaluate the influence of bronchus' inflammation (its activity an type) on GDV-gram. 162 people from 17 to 50 years old were checked. 20 of them were healthy and 142 had bronchial asthma (BA). All the patients were studied and treated in the clynics of hospital therapy n.a. M.V.Chernorutsky of St.Petersburg.

GDV (Bio-Well, etc) Software State Medical University named after I.P.Pavlov. The patients included 32.4% (46 people) with atopic variant of BA pathogenesis, 10.6% (15 people) - with hormone dependent BA variant, 8.5% (12 people) - with aspirine BA, 7.0% (10 people) - with infection dependent variant, 1.4% (2 people) - with oxalate BA, and 40.1% (50 people) did not have any revealed dominance of any BA pathogenic variant, they had a BA of mixed character. The most number of the people - 75% (107 people) had an average form of the illness' course; severe and light forms were noticed in approximately equal number of cases (12% both (17 and 18 people). 27.5% (39 people) of BA patients had a remission of a disease. All the tested patients were conducted a GDV-gram for 10 hand fingers with "Crown-TV" instrument. The results of cytologic examination of sputum were analysed for 80 patients. 12 people were evaluated the level of hystamine and serotonine in the exhaled air moisture condensation (EAMC). Besides, the data of EAMC's lazer correlational spectroscopy were analysed for 23 cases. The statistical analysis of the received results was conducted with "OMIS" software complex of "Intellectual systems" firm. During the studies it was revealed that the GDV-gram of hand fingers of healthy people is characterised by a bigger area of radiation, higher noise level and fractal coefficients of the picture. The closest to healthy people parameters of GDV-grams were noticed for patients with atopic variant of BA pathogenesis. In other variants of pathogenesis, especially for people BA, and also as the form became more severe or the disease turned to acute condition, it was noticed the decrease of radiation area, of noise level and fractality of hand fingers' GDV-gram's picture. During the studies it was also revealed the decrease of radiation area, noise level and coefficient of GDV-dram picture form when increasing of leucocytes' level in native sputum preparation. Thus, if leucoytes of 0-9 cells were kept in the field of vision (insignificant inflammation) the largest area of radiation (> 12345 pels) was observed in 58% of cases on average (for 5R, 4L, 5L fingers). If the number of cells was more than 10 (moderate and severe inflammation) such area could be seen on the same fingers in 23% of cases on average. High noise level (> 7083 pels) was observed in 88% and 56% (4R) respectively, and excessive form coefficient - in 77% and 35% of patients (4L) p=0.004. Thus, as the form of bronchus inflammation becomes more severe it can be seen the tendency to decrease of hand fingers' GDV-gram picture's parameters. In the analysis of eosinophilic inflammation form influences it was revealed the increase of noise level and the picture form coefficient with the eosinophiles level increase in the sputum cytogram. Thus, when eosinophiles increased from 20% and more (acute eosinophilia) high noise level was generally noticed in 75% of cases (4R, 5R, 2R, 2L), and when eosinophilia was less then 19% the same noise level could be noticed on the same fingers in 28% of cases approximately; and for the form coefficient - in 89% and 36% respectively (4L) p=0.004. Thus, the proccessed data of sputum cytology, correlated with GDV-gram, acknowledge the results of analysis of BA clinical form influence on GDV-gram, i.e. as the form of eosinophilia becomes more severe it can be seen the tendency to noise level and hand fingers GDV-gram picture form coefficient increase. In evaluation of the GDV-gram picture parameters' coherence with the level of neutrophils in sputum cytogram, there was not revealed any single tendency of results for different fingers, as it was in leucocytosis and eosinophilia evaluation. When neutrophils were of less then 45%, the higher noise level was noticed for 5R in 74%, when they were 46% and more, the same noise level for 5R was noticed in 31% of BA patients. The opposite situation was for 3R - with neutrophils before 45% the high sound level was noticed in 35% of cases, and when neutrophilesis was of 46% and more - in 71%. The same ratio was received in the analysis of radiation area (for 2R the bigger area was noticed with the level of neurophils up to 45%, and vice versa for 3R and 5R) p=0.004. Such a result might be connected with different sectorial projection of organs on hand fingers GDV-gram and different reaction of the organs on neutrophilic inflammation in bronchus. Analysis of the patients' hystamin and serotonine levels in exhaled air moisture condensate and hand fingers GDV-gram revealed the following regularity: with serotonine level increase radiation area decreased, and noise level increased. Analogical GDV-gram changes were noticed with hystamin increasein exhaled air moisture condensate. These data show that if the degree of inflammation activity increases, radiation area decreases (it was also revealed in the previous data), increase of serotonine and hystamin level is accompanied by increase of noise level which might be connected with increase of cells' metabolism activity. Similar results were received by correlation of lazer correlational spectroscopy with hand fingers' GDV-gram. It was noted the increase of noise level with infectional process' increase and decrease of fractal deviation with activisation of catabolism products removal per lungs. Conclusions: Hand fingers GDV-gram of healthy peole is characterized by the bigger radiation area, higher noise level and fractal picture coefficient. The closest to healthy people's parameters of GDV-gram were revealed for atopic BA patients. The patients with other variants of BA pathogenesis (especially people with infection dependent BA) were noted the decrease of GDV-gram picture indicators. The noticed decrease of radiation area, noise level and fractal indicators with increase of disease form gravity or its transfer to the acute phase can be also seen with bronchus inflammation increase (by leucocytosis level in native sputum preparation). Marked (severe) eosinophilia in sputum, as well as atopic BA, was accompanied by higher noise level and hand fingers GDV-gram picture form coefficients. Higher noise level in the picture was also characteristic for serotomine and hystamin level rise in exhaled air moisture condensate. It is known that eosinophilic and noneosinophilic inflammation in bronchus flows with a great amount of cytokines taking part in regulating of functions of eosinophils, neutriphils, lymphocytes and other cells. Characteristics of GDV-gram in atopic and nonatopic BA forms can be connected with various spectrum of cytokines, extracted in different cellous variants of inflammation, nature of these inflammatory variants' flow. The link between hand fingers' GDV-gram changes in bronchus inflammation with its biochemical markers calls for further investigation. GDV-GRAM IN THE INFLAMMATION ACTIVITY GDV-GRAM IN THE EVALUATION OF BRONCHUS' INFLAMMATION ACTIVITY J.S.Savitskaya, N.A.Phylippova, R.A.Alexandrova, V.A.Goncharova, O.I.Sazonets St.-Petersburg State Medical University n.a. I.P.Pavlov, Russia Read the full article

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Bioelectrography cancer Research

Bioelectrography (EPI/GDV) cancer Research

GDV/EPI software 1. Targeted therapies in gastroesophageal cancer.  Kasper S., Schuler M. European Journal of Cancer. 2014:50(7): 1247-1258. 2. Status of cancer care in Russia in 2010 ed. Chissova VI, Starinskiy VV Petrova GV, FGU "MNIOI them. PA Herzen" Health Ministry, 2010. 3 Korotkov KG. Human Energy Field: Study with GDV Bioelectrography. Fair Lawn, NJ: Backbone Publishing Co: 2002. 4. Quantum Events of Biophoton Emission Associated with Complementary and Alternative Medicine Therapies. Hossu M, Rupert R. J Altern Complement Med. 2006, 12(2): 119-124. 5. Bio-electrographic method for preventive health care. Cohly H, Kostyuk N, Isokpehi R, Rajnarayanan R. Biomedical Science & Engineering Conference, First Annual ORNL, 2009,1-4. 6. GDV in Evaluation of Cognitive Functions. Rgeusskaja GV, Listopadov UI. Medical Technology of Electrophotonics J Sci Healing Outcome. 2009, 2(5): 16-19. 7. Biometric Evaluation of Anxiety in Learning English as a Second Language. Kostyuk N, Meghanathan N, Isokpehi R.D., Bell T, Rajnarayanan R, Mahecha1 O, Cohly H., International Computer Science and Network Security, 2010, 10(1): 220-229. 8. Gas Discharge Visualization (GDV) Technique is New in Diagnostics for Patient with Arterial Hypertension. Aleksandrova E, Zarubina T., Kovelkova M., Strychkov P, Yakovleva E. Journal of New Medical Technologies 2010,XVII(1):122-125. 9. The new conceptual approach to the early diagnosis of cancer. Horowitz BL, Krylov BA, Korotkov KG In: From Kirlian effect to Bioelectrography. - St. Petersburg., 1998. - P.125-132. 10. Comparison Bioelektrographic images of cancer patients and healthy subjects. Chowhan R.S., Radzharan P., Rao S. In: From Kirlian effect to Bioelectrography. St. Petersburg., 1998. - P.133-140. 11. GDV in monitoring of lung cancer patient condition during surgical treatment Vepkhvadze R., Gagua R., Korotkov K. et al. Georgian oncology. Tbilisi. 2003. № 1(4). p. 60. 12. The Possibility of Using Electrophotonics in the Early Diagnosis of Polyps and Colon Cancer. Saeidov W.  In: Proceedings of XIV International Scientific Congress on Bioelectrography. St Petersburg 2010: 22-23. 13. Identifying Patients with Colon Neoplasias with Gas Discharge Visualization Technique. Yakovleva E G., Buntseva OA, Belonosov SS, Feorov ED, Korotkov KG, and Zarubina TV. The Journal Of Alternative And Complementary Medicine. V.21, N. 11, 2015, pp. 720–724 DOI: 10.1089/acm.2014.0168 14. Engineering Approach To Identifying Patients With Colon Tumors On The Basis Of Electrophotonic Imaging Technique Data. E.G. Yakovleva, K.G. Korotkov, E.D. Fedorov, E.V. Ivanova, R.V. Plahov, S.S. Belonosov The Open Biomedical Engineering J. 2016, 2, 72-80. DOI: 10.2174/1874120701610010072 15. USE OF ELECTROBIOGRAPHIC PHOTO ON COMPARINSON AMONG BREAST CANCER, HEALTHY SEDENTARY, AND HEALTHY RUNNERS WOMEN Kelmerson Henri Buck1,3, Claudio Novelli1,3,8, Fernanda T. Costa1,3, Gustavo C. Martins1,3, Heleise F. R. Oliveira1,3,4, Leandro B. Camargo1,3, Raul Marcel Casagrande1,2,3, Rodrigo R. Dias dos Reis7, Valter R. Moraes1,3, Fabio S. F. Vieira1,3,6, Ricardo Pablo Passos1,3, Guanis de Barros Vilela Junior1,3,5. 16. ONCOLOGICAL KIRLIANGRAPHICAL DIAGNOSIS Published in the “Revista do Hospital das Forças Armadas” (Magazine of the Hospital of the Armed Forces) - (H.F.A.) Brasília (DF) - Brazil Edition of Out/Dec - 1987 Authors: Dr. Hélio Grott Filho, Dr. Júlio Grott 17. Yogic Perspective on Cancer Pradeep B. Deshpande1,* and James P. Kowall2 List of Collaborators 18. THE GDV TECHNIQUE APPLICATION IN ONCOLOGY Gagua PO, Gedevanishvili EG, Georgobiani LG, Kapanadze A., Korotkov KG, Korotkina SA, Achmeteli GG, Kriganivski EV. Read the full article

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Structured Water and GDV Bio-Well

Study of Structured Water and GDV Bio-Well instrument Dr. Korotkov

Bioelectrography Water Research

Bioelectrography Water Research Study of Structured Water and GDV Bio-Well instrument bio-well practitioner near me, bio well software download, bio well chakra, bio well assessment, bio well training, biowell app, biowell research, gdv camera amazon, bio well assessment, Bio-Well Accessories Read the full article