You know better than I do with what eagerness we all welcome the hope of a clearer explanation, the hope of an advance in the knowledge of the Absolute.
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.
What is life? It is the dynamic equilibrium of all cells, the harmony of the manifold emanations that react to each other. What is disease? It is the oscillating imbalance of the cells that comes from external causes. It is mainly the struggle between microbial radiation and cellular radiation. Because the microbe, the unicellular organism, also acts through its radiation. If the microbial radiation predominates, disease is the result, and when vital resistance is completely overcome, death occurs. If the cellular radiation gains the upper hand, the restoration of health follows.
From such I can pick out self-inductance, which characterizes the electromagnetic induction of a circuit; capacitance characterizing its electrostatic induction; electrical resistance, which means opposition of the circuit to the passage of current; wavelength and frequency, which characterize the nature of radiation.
Chapter I The Problem Of Instinct Or Special Sense In Animals
The instinct of orientation At the beginning, I devoted my attention to investigating the causes of the ease with which certain animals manage to orient themselves so unerringly even on the longest journeys. These are, for example, homing pigeons, which return to their loft after flying several hundred kilometers.
It seems increasingly obvious, as the following observations make clear, that the sense of direction comes from special ultra-short wavelength radiations emitted by the birds and insects themselves.
namely the disappearance or a very strong disturbance of the sense of orientation in homing pigeons under the influence of electromagnetic waves.
Thus, the bat is most likely attracted to these insects by the radiation they emit, which is not affected by noise or gasoline fumes.
Chapter Ii Auto-Electrification In Living Beings
creatures moving in the atmosphere, especially insects and birds, are able to pick up electrical charges, often at a very high potential.
We know that the electrical potential of the earth’s atmosphere increases with height by 1 volt per cm. Thus at a height of 1,000 meters there is a potential difference of 1,000,000 volts with respect to the earth’s surface.
In addition, it has been observed that all birds embarking on a long migratory journey (wild ducks, pigeons, swallows, etc.) first rise into the air and then describe a series of numerous circles before making their final departure. Why do they fly this way?
It is very likely that the purpose of these preparatory maneuvers is essentially the need imposed on the birds to maintain the indispensable electrical voltage to detect insects or other prey for which they are searching, which are actually thousands of miles away.
It follows that the product of these two quantities, that is, the electric charge of the bird (Q = CV), is constant. This electric charge appears to be a constant for any given bird). Thanks to this ability to regulate its electrical voltage by changing its flight altitude from the surface of the earth, the bird, together with the ground below it, forms an actual air capacitor. The bird thus possesses a kind of complete radio apparatus, as the arcades play the role of receiver in communication with its brain and under the influence of electricity.
Chapter Iii Universal Character Of Radiation In Living Beings
- the influence of sunlight on the propagation of waves is the determining factor in the fact that certain birds and insects, whose receptivity is specific, fly and feed at night, while others, whose receptivity is normal, function, so to speak, during the day.
This state of apparent rest or sleep that the snake seems to occupy is actually a state of unconscious observation. The adder is awake; the harmonic coiling of its body is a small receiving apparatus that largely compensates for the absence of a tiny cochlea in the labyrinth of archways.
CHAPTER IV ON RADIATION IN GENERAL AND ELECTROMAGNETIC WAVES IN PARTICULAR
It is generally known that a radiation is a disturbance of the ether that propagates at the speed of light, i.e. 186,326 miles per second. The range of known radiations includes wireless waves, caloric, luminous, chemical radiations, X-rays, gamma rays of radium, and cosmic rays. These various radiations differ from each other only by their frequency, i.e. the number of oscillations per second that characterizes them. The wavelength is the distance that the wave travels per second in the course of its propagation. The higher the frequency of the radiation, the shorter its wavelength. The process of radiation does not involve the transport of matter or the emission of particles, it is essentially the propagation of a disturbance that occurs in the ether.
According to Clerk Maxwell, who conceived a famous theory of light, luminous radiation is of purely electromagnetic nature.
Characteristic elements of the living species. As a result of this formation, every cell, or at least every species characterized by cells that have a nucleus and protoplasm, began to oscillate. The oscillating circuit. What is a resonant circuit? We know that before a circuit can be the center of electrical oscillations, it is important it should possess self-inductance (spiral or coil) and capacitance (capacitor). When these conditions are met an electric or magnetic shock, which is constituted on the circuit so gives rise to a series of oscillations.
CHAPTER V VIBRATION AND RADIATION OF CELLS Comparison of cell and resonant circuit
Every living cell is essentially dependent on its nucleus, which is the center of vibrations and emits radiations. What are these radiations and where does the energy come from involved?
Thus, the waves emitted are of electromagnetic origin due to the nature of the circuits and also of very high frequency due to the tiny dimensions of the organisms in question. The similarity with a short-wave circuit is obvious: the filament shown here oscillates like a coil with a very small number of Spirals.
cell consists essentially of a nucleus or central system immersed in protoplasm, which in turn is surrounded by a semipermeable membrane. Examination of the nucleus reveals the existence of small twisted filaments that represent actual electrical circuits.
They are composed of organic materials or mineral conductors covered by a tubular membrane of insulating material consisting of cholesterol, plastin and other dielectric substances. Thus, these organic structures in the form of conductive filaments form an electric circuit, which by design is equipped with self-inductance and capacitance, which may well be compared to a resonant circuit.
each cell is able to enter the center of oscillations of very high frequency invisible radiations belonging to a scale close to that associated with light.
Therefore, it is conceivable that cosmic rays can integrate or decay electrons within the atom.
Finally, we will later establish the consequences of my theory of cellular oscillation by observing the effects of changes in cosmic rays due to interference arising from 1. sunspot activity. 2. secondary radiation from waves absorbed by the ground. 3. Therapeutic application of oscillating circuits.
Chapter Vi Modification In Cells And Oscillating Disequilibrium
In my opinion, the Coli bacillus becomes harmful only because it is able to change, in general, the properties of the cell: Capacitance, self-inductance and conductivity.
Effects of radiations. With regard to the changes that microbes cause in tissues and cells, we should try to find a suitable means in the light of our theory. The problem is not to aim at killing the microbes in the living organism, but to activate the normal cellular oscillation by exerting a direct effect on the cells by means of suitable radiations. My experiments have shown that with ultra-short radio waves or with oscillating circuits in the form of collars and belts, it is possible to establish a balance of cellular oscillations and overcome the effect of microbial oscillations. The type of radiation produced by the waves in question is harmless and in this respect differs from X-rays and radium. Therefore, it should be considered that their use is without any risk.
It is the cell itself that, regaining its vitality thanks to the radiation of the auxiliary oscillator, manages to destroy the microbe.
We propose to describe in this note the effect of high frequency electromagnetic waves generated by a device designed by Lakhovsky for therapeutic purposes, in accordance with his theories. This device was called the radio-cellulo-oscillator and gives out oscillations whose wavelength (A=2meters approx.) corresponds to 150 million oscillations per second.
We know that any oscillation in an electrical circuit, open or closed, gives rise to heat generated by the passage of current through the conductive or insulating parts of the circuit. In other words, it is the friction of the current against the resistance of the circuit that causes this production of heat.
The circuit is no longer insulated; it is destroyed. The cells, therefore, can no longer be the sources of electrical vibrations, they can no longer live, and they die.
According to this principle, it is clear that many diseases could be cured by means of fever maintained at a suitable temperature so as to cause the fusion of the nucleus of the microbe and consequently destroy the microbe. Thus, we know that the gonococcus cannot withstand a temperature of 40°C and that it is destroyed by the fusion of its nucleus after a fever that exceeds this temperature.
Some of these substances act as conductors (mineral salts), others as insulators (resins, fats, cholesterol, etc.).
Chapter Vii Nature Ok Radiant Energy
What conclusion can we draw from these results? That the copper spiral must have absorbed external radiations, atmospheric radiations, and that it created an electromagnetic field which absorbed any excess of cosmic waves in the same way as the oscillator in my earlier experiments. The corollary of this conclusion is that the atmosphere must be permeated with radiations of all frequencies.
Experience has taught us that the intensity of cosmic waves is not constant, but is maximum at night around midnight and minimum around noon, as the daytime irradiation of light weakens their intensity. These fluctuations are detrimental to maintaining the vibrational balance of the cells and can lead to illness and death. Thanks to the action of the radio cellulo oscillator or simply the oscillating circuit, which absorbs the radiant energy in the atmosphere, and thanks to the electromagnetic field thus created, the excess of cosmic waves is absorbed.
Spontaneous ionization increases rapidly with altitude, so that at 5,000 meters it is seven times greater than at the earth’s surface.
As we have already learned, the intensity of a cosmic field increases with altitude.
We have already pointed out that the sunlight forms only a very small part of the whole range of vibrations, which are partly from the sun and partly from the stars and even the Milky Way. It is impossible to deny the influence of the stars in this context.
takes place on the earth is of astral origin. Why then should not the earth receive, from distant stars and from the Milky Way in particular, radiations of very small amplitude, susceptible of producing infinitesimal effects?
Chapter Viii Sunspots And Cosmic Rays In Relation To Health And Life
CHAPTER IX INFLUENCE OF THE NATURE OF THE GROUND ON THE FIELD OF COSMIC WAVES CONTRIBUTION TO THE CAUSE OF CANCER GEOLOGICAL AND GEOGRAPHIC DISTRIBUTION OF CANCER THE ROLE OF WATER IN RELATION TO CANCER
The nature of the soil in relation to cosmic radiation and the causation of cancer.
The conductive soils act almost like metallic screens and absorb the waves to the maximum extent. In contrast, the dielectric (insulating) soils facilitate wave penetration to a great depth. It follows that these soils permeable to waves, such as sand, sandstone, and gravel, which absorb the radiation to a great depth, do not show any appreciable reaction on the cosmic field at the earth’s surface, as is always the case when a wave penetrates a practically homogeneous and unlimited medium. But when the radiation is absorbed only superficially, as in the case of conductive soils impermeable to waves, such as clay, marl, carbon layers, iron ores, this rapid absorption at the surface of the conductive layer leads to intense currents that respond to the superficial cosmic field.
It is possible that this absorption leads to refraction, as is the general rule in physics when the constants of the propagation medium vary, for example, when light rays pass from air into water. Alternatively,
Since the development of cancer is thought to be related to an oscillatory disequilibrium caused by fluctuations in the cosmic ray field, it follows that the incidence of cancer is low on insulating soils and high on conductive soils that modify the field.
We have seen that a low incidence is found on the sands of Fontainebleau and on the sands of Beauchamp, which are composed of pure silicates and as such are highly insulating; a low incidence is also observed on the sandstone of Beauchamp and on the sands of the Brussels basin, the gravel of Geneva and the friable sandstone of Berne; the slate, gneiss and granite of Nantes; the gypsum of the northeast of Paris. On soils that conduct relatively well, such as recent alluvial deposits with muddy, conductive soils and particularly plastic clay, a high incidence of canker is found due to its chemical composition, which contains water and minerals.
is the polymorphism of water that may explain the fact that certain waters seem to be associated with the occurrence of cancer, while others seem to have no influence at all.
On the other hand, cities such as Nancy, Saint-Etienne, and Strasbourg, which are built on the banks of small rivers, have high cancer incidence. These observations seem to show that water plays no role in the development of cancer unless its electrical constants and the shape of its volume (water beds, etc.) are such that they affect the field of cosmic rays, which can disturb the balance of cellular oscillation.
My research on cancer has led me to the conclusion that this terrible disease is least prevalent in places where living organisms are in harmony, that is, in vibrational equilibrium with the soil of their habitat, as I have already indicated.
I am convinced that cancer and most other diseases would be far less prevalent if people could live exclusively on fruits and vegetables grown in the gardens of their homes and if they used water from nearby wells.