Sunspots and Human Behavior

Sunspots and Human Behavior

    Article by James Borges — from Journal of Borderland Research (Vol. LVI, No. 1, First Quarter 2000)


    The recent Solar Maximum gives us a wonderful opportunity to observe the Sun in action. Borderland Sciences has been investigating the relationship of the Sun and human behaviour for many years, and we are quite confident that we can predict behaviours based on sunspot fluctuations over very short and long durations within the Solar Cycle of 11 years. Historically, research has been conducted to link the 11 year cycle of the sun to changes in human behavior and society. The most famous research had been done by professor A.L. Tchijevsky, a Russian scientist, who presented a paper to the American Meteorological Society at Philadelphia in the late 19th century. He prepared a study of the history of mass human movement compared to the solar cycle, beginning with the division of the Solar cycle into four parts: 1) Minimum sunspot activity; 2) increasing sunspot activity; 3) maximum sunspot activity; 4) Decreasing sunspot activity. He then divided up the agitation of mass human movements into five phases:

    1. provoking influence of leaders upon masses
    2. the “exciting” effect of emphasized ideas upon the masses
    3. the velocity of incitability due to the presence of a single psychic center
    4. the extensive areas covered by mass movements
    5. Integration and individualization of the masses

    By these comparisons he constructed an “Index of Mass Human Excitability” covering each year from 500 B.C. to 1922 A.D. He investigated the histories of 72 countries in that period, noting signs of human unrest such as wars, revolutions, riots, expeditions and migrations, plus the number of humans involved. Tchijevsky found that fully 80% of the most significant events occurred during the years of maximum sunspot activity. He maintained that the “exciting” period may be explained by an acute change in the nervous and psychic character of humanity, which takes place at sunspot maxima.

    Tchijevsky discovered that the solar minimum is the lag period when repression is tolerated by the masses, as if they lacked the vital energy to make the needed changes. He found that during the sunspot maximum, the movement of humans is also at its peak. Tchijevsky’s study is the foundation of sunspot theory on human behavior, and as Harlan True Stetson, in his book Sunspots and Their Effects (available from BSRF), stated, “Until, however, someone can arrive at a more convincing excitability quotient for mass movements than professor Tchijevsky appears yet to have done, scientists will be reluctant to subscribe to all the conclusions which he sets forth.” Stetson did acknowledge that the mechanism by which ultraviolet radiation is absorbed was still a puzzle biologists had to solve.

    The mechanism behind the stimulation of human behavior is still a mystery, but the theories of Georges Lakhovsky may shed some light. He considered his book, “The Secret of Life” (reprinted by BSRF), the extension of a scientific hypothesis of a new theory of life. The Sun is one of Earth’s primary sources of cosmic radiation. While the Sun does produce its own radiations, solar winds actually capture passing cosmic dust and radiation and blow it into the earth’s atmosphere. While it may seem frightening to some, this can actually be considered the Primal Vibration that sets the cells vibrating with Vital Force. This is the Prana, that Cosmic Breath, which is meant to vitalize man, and is the source for our evolution.

    Dr. George Crile, a distinguished American surgeon, studied the sun in light of its radiant energy. In the ‘Preliminary Remarks’ to Lakhovsky’s The Secret of Life, Professor d’Arsonval quotes Crile: “It is clear that radiation produces the electrical current which operates adaptively the organism as a whole, producing memory, reason, imagination, emotion, the special senses, secretions, muscular action, the response to infection, normal growth, and the growth of benign tumours and cancers, all of which are governed adaptively by the electric charges that are generated by the short wave or ionizing radiation in protoplasm.”

    He felt that the entire energy system of living beings is controlled by radiant energy and electrical forces. D’Arsonval points out that Lakhovsky and Crile found that living cells are electrical cells functioning as system of generators, inductance lines, and insulators. The underlying mechanism is the oscillating circuit. An oscillating circuit is a circuit containing inductance and capacity, which when supplied energy from an external source, is set in electrical vibration and oscillates at its natural frequency. D’Arsonval explains further that a conductor is said to possess inductance if a current flowing through it causes a magnetic field to be set up round it. The capacity of a condenser of an isolated body is a measure of the charge of the quantity of electricity it is capable of storing. From such a circuit, energy is readily given off in the form of waves. According to Lakhovsky, the nucleus of a living cell may be compared to an electrical oscillating circuit. The nucleus consists of tubular filaments, chromosomes, mitochondria, made up of insulating material and filled with a conducting fluid containing all the mineral salts found in sea water. These filaments are thus comparable to oscillating circuits endowed with capacity according to a specific frequency.

    The cosmic radiation from the Sun is a blessing of Vital Force. As Lakhovsky has postulated, it is the cosmic radiations that give the cells their vibrant oscillations. While the sunspot maxima is occurring, the solar flares and the subsequent geo-magnetic reactions effect the many subtle reactions that take place within our bodies at the atomic level. It has been theorized that this has a direct relationship to the metabolism of the body. We know it is the subtle magnetism of positive and negative charges that pulls certain particles across membranes in cells to produce energy. These magnetic exchanges result in the stimulation of enzymes and the production of energy like ATP. The increase of penetrating waves during a solar storm causes an excitation in these electro-chemical reactions within the body. Tchijevsky also identified correlations between changes in solar magnetic activity with biological processes. In light of Lakhovsky’s theory in his own words, “…with the aid of elementary analogies, that the cell, essential organic unit in all living beings, is nothing but an electromagnetic resonator, capable of emitting and absorbing radiations of very high frequency.” A plausible mechanism is provided to understanding the stimulating effects the radiation from the Sun has on human behavior. In an abstract entitled “Automated Experiment on Macro-fluctuation Monitoring” Bruns A.V.& Visolimsky B.M. also find a close relationship with the solar activity and bio-chemical reactions. “Phenomenologically obtained data could be treated like an effect of the surface (controlled by solar activity) on the physico-chemical kinetics. This effect was realized, evidently through the mechanisms close to nuclear magnetic resonance in geomagnetic field.” In another historical study Suitbert Ertel writes in his article “Synchronous Bursts of Activity in Independent Cultures; Evidence for Extraterrestrial Connections” that evidence has been reported suggesting a link between historical oscillations of scientific creativity and solar cyclic variation. Eddy’s discovery of abnormal secular periods of solar inactivity (Maunders minimum type) offered the opportunity to put the present hypothesis to a crucial test. Using time series of flourish years of creators in science, literature, and painting (A.D. 600-1800) It was found as expected:

    1. Cultural flourish curves show marked discontinuities (bursts) after the onset of secular solar excursions synchronously in Europe and China;
    2. during periods of extended solar excursions, bursts of creativity in painting, literature, and science succeeded one another with lags of about 10-15 years;
    3. The reported regularities of cultural output are prominent throughout with eminent creators. They decrease with ordinary professionals. The hypothesized extraterrestrial connection of human culture has thus been strengthened.

    The evidence seems to show that during the maxima of sunspot activity human behavior is stimulated.

    There is some Russian research that shows an increase in cardiac problems during sunspot maxima. The solar activity probably sets off a preexisting condition and no one is suggesting that people will drop dead in the streets. We could see the stress of solar activity on the biology of living things as an evolutionary agent weeding out the old and sick and strengthening those who can resonate with its radiations. In his ‘Preliminary remarks to Lakhovsky’s The Secret of Life the Professor d’Arsonval gives several examples of research done in the last hundred years that shows the most malefic effects from solar activity come at the sunspot minima. He notes from the British Medical Journal, March 7th & 14th of 1936 that both Colonel C.A. Gill and Dr. Conyers Morrel found increases in pandemics of deadly diseases during the period of minimal sunspot activity. In Gill’s study he showed that every pandemic of malaria since sunspot records were taken had occurred when sunspot numbers were lowest. Similar trends were observed in East Africa and elsewhere with Yellow fever epidemics since 1800 occur during the sunspot minima. Dr. Conyers Morrel also finds that, “…waves of epidemic diseases covering considerable periods exhibit a very close correspondence with the phases of sunspot periods. Diphtheria, Typhus, and Dysentery seemed to prosper when there was an absence of solar activity. We also see an increase in disease in Solco W. Tromp’s study. Without the stimulation from the Sun human health seems to diminish. The immune system seems to grow unresponsive during the solar lull and diseases can more easily gain a foothold in the body. Not only human health but Life itself seems hampered by the lack of solar activity. William Hershel wrote in 1801, “It seems probable analyzing the period between 1650 and 1713, and judging by the normal yields of wheat, that a scarcity of vegetation occurred whenever the sun appeared to be free from spots.” The depressed state of metabolism and lack of food in agricultural centers may have seemed very inviting to the Mongols. Goncharov, in an abstract on the “Asian Nomadic Invasions and Solar Cycles”, aid, “From the 4th to the 16th centuries the Central Asian Steepe was the cradle of the series of great nomadic tribal invasions into agricultural regions of Europe, China, and South Asia. Those invasions had similar features. They arose in middle latitudes and recurred every 160-220 years – exactly after solar abatements.”

    References

    Moore, Carol, Sunspot Cycles and Activist Strategy, http://www.kreative.net/carolmoore/sunspot-article.html
    Lakhovsky, Georges, The Secret of Life, BSRF, 1985
    Petersen, William, Man, Weather, Sun, John Anderson Publishing Company, Chicago, 1947
    Stetson, Harlan True, Sunspots in Action, The Ronald Press Company, New York, 1947
    Stetson, Harlan True, Sunspots and Their Effects, McGraw-Hill, New York, 1937
    Botezat-Antonescu, L., Predeanu I., “Possible Heliogeophysical Influence on Human Health in Romania” (Abstract), Relations of Biological and Physicochemical Processes with Solar Activity and Other Environmental Factors, 1993
    Breus T.K., Halberg F. and Cornelissen G., “Effect of the Solar Activity on the Physiological Rhythms of Human Being” (Abstract), Relations of Biological and Physicochemical Processes with Solar Activity and Other Environmental Factors, 1993
    Ertel, Suitber, Solar Activity and Bursts of Human Creativity, http://www.knowledge.co.uk/frontiers/sf067p17.html
    Freitas, Robert A., Sunspots and Disease, http://www.knowledge.co.uk/frontiers/sf034p12.html
    Goncharov, G.G., “Asian Nomads Invasions and Solar Cycles” (Abstract), Relations of Biological and Physicochemical Processes with Solar Activity and Other Environmental Factors, 1993

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