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Copyright Dr. Eng. Jan Pająk

Volume 4: The Concept of Dipolary Gravity: Physical counter-world

H6. Phenomena based on self-mobility of counter-matter

Our matter displays an attribute which is called "inertia". Because every attribute of physical matter is reversed for the counter-matter, therefore counter-matter must display an attribute, which can be called "self-mobility". This attribute causes that counter-matter does not accept the inert state, and therefore is continually in motion (i.e. it is always mobile similarly like some "hyper-active" children). The "self-mobility" attribute of counter-matter is the source of numerous phenomena of a physical nature, which occur in the counter-matter, but the consequences of which are observable in our world. The most important of these phenomena is the telekinetic motion. So let us start our analyses from discussing it.

H6.1. The Telekinetic Effect, telekinetic field, telekinesis, psychokinesis, and the extraction glow

In 1924 the great French physicist, Louis DeBroglie, published his important discovery, which is sometimes called the "principle of the symmetry of nature". According to this principle, in our universe everything is strikingly symmetrical in many ways. DeBroglie's symmetry principle provided philosophical and scientific foundations, which allow us to understand a number of natural phenomena, thus opening them for explorations, discoveries, formulation of new theories, completion of new devices, etc. For example: the Periodic Table of the Elements (also called the Mendeléev Table), the existence of a mirror duplicate for each elementary particle (e.g. electrons and positrons, protons and antiprotons), and the similarities between atoms and solar systems - all these document the symmetry existing in the structure of matter. The similarities between equations that describe different physical phenomena (e.g. Navier-Stock's equation describing flow of fluids and Laplace's equation describing heat transfer) express symmetry in the laws of nature. In turn the technological correspondence between e.g. pumps and hydraulic motors, or electricity generators and electric motors, reflect the symmetry in the operation of technical devices.

One of the vital implications of the De Broglie's symmetry, which has a direct bearing on the content of this monograph, is the postulate that "every phenomenon must have a corresponding counter-phenomenon". So far a large number of phenomena and corresponding counter-phenomena has already been discovered, which confirm the correctness of this postulate. For example, the existence of electrical luminescence utilized in fluorescent bulbs and in various light-emitting diodes to transform electricity into light, has a counter-phenomenon in the form of the photoelectric effect that in photocells and solar panels transforms light into electricity. The so-called "left-hand rule", also called the "motor effect", which describes phenomena used for the transformation of electricity into motion, has its counter-rule in the form of "Fleming's right-hand rule", also called the "generator effect", which works in reverse, i.e. transforms motion into electricity. The Seebeck Effect, which produces a flow of electrons through a junction of two dissimilar conductors being heated, has its counter-phenomenon in the form of the Peltier Effect, which causes the heating and cooling of materials in a similar junction when a current is flowed through it. The piezoelectric, effect which converts the deformation of a crystal into electricity, and which is utilized e.g. in piezoelectric lighters to produce an igniting spark, has its counter-partner in a phenomenon which also is called "piezoelectric effect", although it works in a reversed manner - i.e. it converts the electric impulse into a deformation of a crystal (this counter-phenomenon is utilised for example in piezoelectric vibration generators).

However, contemporary physicists claim that there is an exception to this postulate. They indicate friction to be this exception. According to all to-date claims of scientists, friction is considered to be the irreversible phenomenon, which has no counter-phenomenon. But in 1985, due to the formulation of the new Concept of Dipolar Gravity, I was granted the privilege of discovering the phenomenon which represents an exact reversal of friction. Because in its natural form this phenomenon is manifested during telekinetic (or psychokinetic) motion, I named it the "Telekinetic Effect". In the same way as friction spontaneously converts motion into heat, the Telekinetic Effect spontaneously converts heat into motion. Not long after the Telekinetic Effect was discovered, I also managed to found technical ways of releasing it (through an acceleration or deceleration of magnetic field force lines).

My discovery, that the Telekinetic Effect represents a kind of "reversal of friction", and a subsequent discovery of the technological ways of activating this effect, provide the theoretical foundation for building various telekinetic propelling and energy generation devices, such as telekinetic power stations that produce so-called "free electricity", or propulsors for the Magnocraft of second and third generations. As this will be explained in subsections to follow, one of the extraordinary attributes of such telekinetic propulsion systems, is that they do not require any energy supply. They simply use their capabilities to work as reversal of friction, to convert thermal energy that always is present in the environment, into the useful motion of the objects being propelled by them (e.g. the motion of entire space vehicles, or just small electrons inside of wires). According to this newly gained knowledge about such devices, the conversion of thermal energy extracted from the environment into a useful motion requires only: (1) the building of devices that technologically release the action of Telekinetic Effect, (2) the absorbing of thermal energy from the environment, and then transformation of this energy into useful motion with the aid of the Telekinetic Effect, (3) the channelling of the motion which is produced, so that it is finally converted into the movement of a propelled object (e.g. into the movement of a vehicle, a motor, a machine, or just small electrons in wirings of electricity generators).

The first application of the newly-discovered Telekinetic Effect, that I researched in details, was the generation of the so-called "free electricity" - see the description of this generation provided in chapter K. The reason for this was, that according to the mechanism of the effect discussed here, all what is required in order to generate such free electricity, is to subject a section of an electric wire to the action of such an effect. In the result, all free electrons that are contained in such a wire, are going to be put into the motion from one end of the wire to the other end. In turn such a mass relocation of electrons in a wire, is nothing else but a flow of electric current. The thermal energy that sustains this flow originates from the environment, from which it is extracted by the mechanism of the reversal of friction. The Telekinetic Effect is spontaneously extracting this energy from the environment, via its capability to operate as a reversal of friction. Thus this energy does not need to be supplied to the device which generates the free electricity (i.e. hence the expression "free energy"). Only after I thoroughly investigated and described these first applications of the Telekinetic Effect for the generation of "free electricity", I gradually started also to identify and to describe further equally promising prospects for its use.

H6.1.1. History of the Telekinetic Effect's discovery

As I already described this in subsection A4. and in chapter G, the discovery of the Telekinetic Effect is a consequence of the invention of Magnocraft. This is because the sharp criticism that the idea of Magnocraft encountered from scientists caused the development of the Concept of Dipolar Gravity. (The main milestones that led me to the development of the Concept of Dipolar Gravity, are presented in subsection A4, while reasons for which I initiated the research on this concept, are explained more thoroughly in chapter G.) In turn the development of the Concept of Dipolar Gravity led to the explanation of mechanism of telekinesis. From this mechanism there was only a short step to the discovery of the Telekinetic Effect.

In 1988 I managed to publish descriptions of the mechanism of telekinesis, thus also descriptions of the action of a phenomenon, which I later celled the "Telekinetic Effect". These descriptions appeared in the article [1H6.1.1] which presents the Concept of Dipolar Gravity. The article carried the title "Gravitation als Dipolare Felder". It was published in the West- German journal Raum & Zeit, No 34, June/July 1988, pages 57 to 69. After the article [1H6.1.] was published, several Western researchers initiated experiments, which were aimed at confirming the main premises of this extraordinary phenomenon of telekinesis. The first success in this confirmation was accomplished by the late Werner Kropp from WEKROMA Laboratory (Via Storta 78, CH-6645 Brione s/M, Switzerland). He registered experimentally the fall down of temperature, that is caused by a completion of telekinetic work - i.e. exactly as this is postulated by the Telekinetic Effect. The description of his experiment is provided in subsection H1.2., while the outcomes are illustrated in Img.093 (H4).

The experimental confirmation of the existence of a phenomenon which later I called the Telekinetic Effect, encouraged me to contact several groups of inventors, who - without knowing this, already were developing devices that utilise this effect. The cooperation that was started in this way fruited with the publishing of monograph [6], and with formulation of numerous findings that are presented in this chapter.

After the Telekinetic Effect was worked out and published, a path was created for the discovery and mastery of an entire array of phenomena which are relatives to this effect. The first was discovered the phenomenon of telepathy. In turn telepathy led me to the development of telepathic devices - see subsections H7.1., H7.2., and also see the entire chapter N / N = [1/4] - in [1/5] = K/. Next the concept of so-called "telekinetic farming" was crystallized, which is described in subsection NB2. . In turn the telekinetic farming inspired the development of the model of permanent telekinetising - as described in subsection H8.1.. In this manner an entire system of telekinetic phenomena was explained, described, and open for research and for technical utilisation.

H6.1.2. How the action of the Telekinetic Effect was explained by the Concept of Dipolar Gravity

The theoretical explanation for the Telekinetic Effect results from the scientific theory described in this chapter and called the "Concept of Dipolar Gravity". By accepting that the gravity field is a dynamic dipolar field (means gravity is a field similar to a magnetic one), which had two opposite poles, namely an inlet "I" and outlet "O", we must also acknowledge that the material world that is recognizable for our senses, is only a half of the physical universe. In this half only one of two gravity poles prevails. The second pole of gravity must disappear behind an invisible barrier, and appear in another half of the universe that is inaccessible for our physiological senses. In turn by such defining the structure of the universe, the existence of many phenomena, which were impossible for explaining on the basis of the old monopolar gravity, unexpectedly becomes possible and completely natural. One of these phenomena is the formation of Telekinetic Effect.

Let us now proceed with explanation of the Telekinetic Effect. The Concept of Dipolar Gravity postulates, that the universe must be composed of two parallel physical worlds (i.e. our world, and the counter-world), the attributes of which are to each other as attributes of spaces that prevail at opposite poles of magnetic dipoles. These two worlds are separated from each other by inpenetrable barrier, while to each one of them an opposite pole of gravity extends. Because of the nature of gravity, which requires that this field must always link some clusters of substances, all gravity dipoles are behaving as kinds of "marriage bounds", which link with each other into symmetrical pairs, all similar particles of substances that prevail on both ends of a given gravity dipole (i.e. in both worlds). In the result, for every object that exist in one of these two worlds, the gravity field forms an identical duplicate that appears in the second of these two worlds. Thus one of the major discoveries of the Concept of Dipolar Gravity, is the postulate, that all material objects that exist in our set of dimensions (i.e. in our world) must have their counter-material duplicates that exist in the parallel set of dimensions (i.e. in the counter-world). Actually the existence of these counter-material duplicates can already be conclusively proven with our present technology by showing it with the use of Kirlian cameras. The best experiment which proves the existence of counter-material is the ?leaf ghost effect@ described by Daniela Giordano in subsection C9 of treatise [7/2]. (In this effect the Kirlian camera shows the shape of a counter-material duplicate of a whole leaf, even if someone cuts this leaf in half and puts on the camera only a half of it.) The mutual relationship between each material object and its counter-material duplicate is an analogy to an image and its mirror reflection, or to computer hardware and software, or to the idea of 'body' and 'soul' postulated by various religions. Similarly like an image and its mirror reflection, both parts of an object are exact copies of their opposite duplicate, and also exactly imitate each other's movements. Moreover, both - the material object and its counter-material duplicate - can also be independently taken hold of and dislocated in space. But because of the gravitational links between them, independently of which part is grabbed and dislocated first, the other part must imitate exactly its motion. For this reason, depending on which part of an object is grabbed first and thus first dislocated in space, the new Concept of Dipolar Gravity distinguishes between two different types of motion, i.e. the "physical motion" and the "telekinetic motion". The physical motion occurs when the material part of an object is moved first, whereas the counter-material duplicate is pulled behind it by forces of the gravitational links. The telekinetic motion occurs when the counter-material duplicate is moved first, whereas the material part of this object is pulled behind the counter-material duplicate by forces of their mutual gravitational links. To illustrate this with an example, the Concept of Dipolar Gravity shows that the telekinetic motion is like forcing an object to move by shifting its reflection in a mirror, so that this re-located reflection causes the object to move also. Of course in order for this example to work in reality, light would need to behave like gravity forces. The other, even more illustrative explanation for the telekinetic motion would be to liken it to "shifting material objects by dislocating their counter-material 'souls'".

The above explanation for telekinetic motion also provides the other definition of the Telekinetic Effect (i.e. the definition which is clarifying that stating that the Telekinetic Effect is a reversal of friction), and reveals the mechanism which causes it. Thus, the definition of this effect is as follows. "The Telekinetic Effect is a phenomenon of the indirect manipulation of a physical object obtained via the interaction with the counter-material duplicate of this object." This definition explains that the Telekinetic Effect is, amongst others, the source of telekinetic motion in a manner similar as the physical force is a source of physical motion. But there is a whole range of differences between the physical force and the Telekinetic Effect (this is why, in the explanations which follow, I avoid using the term "force" for naming the motion-creating product of the Telekinetic Effect, and rather name it with the term "telekinetic thrust"). The most important of these differences is that the Telekinetic Effect does NOT exert (return) a reaction force to its cause. (For a physical force, every action force must produce an equivalent reaction force to be returned to (exerted upon) the object causing this action). Practically this means that the increase in work completed by the Telekinetic Effect does not involve any change in the amount of energy required for the release of this effect. Moreover, the support of such telekinetic devices does not require any force, no matter what weight they lift. This suggests that a device that releases this effect can also be suspended in space, and that the lack of reaction forces allows it to remain unaffected independently of the scale of action that it causes. Also, for example, a portable telekinetic crane lifting any object (e.g. a building, or a huge rock) can be held in a child's hand without any effort. Furthermore, this implies that the Telekinetic Effect allows action which are physically impossible for forces, such as someone lifting himself up into the air (as we know, in physical motions this is completely impossible, thus originates the anecdotic saying about "someone lifting himself by pulling upwards his own hair"). An example of telekinetic self-lifting is "levitation" means self- induced ascend. The other major difference between the Telekinetic Effect and a physical force, is that the Principle of Energy Conservation is satisfied for the Telekinetic Effect due to a spontaneous extraction of thermal energy from the environment by a telekinetically moved object itself. Therefore the completion of a telekinetic work does not require any external energy supply. This in turn leads to a number of phenomena explained later, such as the cooling down the environment of objects shifted telekinetically, emission of a subtle "extraction glow", etc.

One of the most important achievements of the Concept of Dipolar Gravity is that, while indicating the existence of the Telekinetic Effect, it also postulates two different methods of triggering (releasing) it. These are: (1) the biological method, and (2) the technical method. In the biological method the Telekinetic Effect is produced through the employment of a natural capability of the brain, or more precisely - the part of the brain called a "pineal gland". There are numerous versions of this effect produced biologically by the human brain (e.g. telekinetic healing, bending spoons), many of which are discussed in subsection I7. of this series of monographs. One of the most spectacular examples of such biologically released human telekinesis is called "psychokinesis" (PK). Other popularly known examples include levitation, and a version of radiesthesia which depends on the telekinetic bending of divining rods - see subsection H1.3. and Img.090 (H1). A form which depends on a psychokinetic release of a huge quantities of heat at the moment of experiencing a shock, is the so-called "spontaneous human combustion" explained in subsection I7. Theoretically speaking, it is almost sure that also some animals are capable of the formation of telekinesis to enhance their vital biological functions (e.g. chicken to complement their deficiency of calcium - as described in subsection C2 of monograph [2e], and in subsection F2.2.2. of this series of monographs).

In the technical method, the Telekinetic Effect is produced through the acceleration or deceleration of magnetic field force lines, and its action includes all objects contained in the area so activated. Thus, whenever any material object is placed within a space in which a magnetic field prevails, and then force lines of this field are subjected to a vector of acceleration, the object tries to move in the same direction as the direction of the vector which represents the acceleration of magnetic field force lines. This tendency (telekinetic thrust) of an object to move in the same direction in which magnetic field force lines are accelerated, constitutes the technical version of the Telekinetic Effect.

At this point it is worth stressing that the generally accepted old concept of monopolar gravity was unable to provide any explanation for the nature of telekinetic motion, in spite of the enormous body of evidence that documents the existence of this phenomenon. This probably is the main reason why a large number of contemporary scientists refuse to acknowledge the existence of telekinesis, and discourage any attempts to investigate it. Moreover, this old concept does not allow for any reasoning concerning the attributes of this motion or the technological ways of releasing it.

As this is obvious from the previous analyses, for the Telekinetic Effect loose their validity all the rules and laws that our science to-date developed for physical motion and described in textbooks of physics, mechanics, theory of relativity, etc. Thus there is a necessity to develop from the scratch the completely new, "totaliztic" disciplines of science, such as "physics of the counter-world", "mechanics of the counter-world", etc. In turn the development of these new disciplines will introduces the need for improvement of laws and equations in almost all other disciplines of present knowledge - see subsection H1.3. This is an enormously laborious task and probably its completion provides the occupation for several generations of future scientists.

H6.1.3. Principle of Energy Conservation in the Telekinetic Effect

An important part of the Concept of Dipolar Gravity is the interpretation of the Energy Conservation Principle as applied to telekinetic motion. Dipolar Gravity states that the laws prevailing in the counter-world must be the reversal of laws prevailing in the material (our) world. This also means that friction and energy consumption - so characteristic of the material world, are non-existent in the counter-world. Therefore, if the motion of any object is begun in the counter-world through a dislocation of the counter-material duplicate of this object, then the cause of this motion does not need to provide any energy. But the motion of the material part of this object in our world must obey the Conservation of Energy Principle. Because the cause of the telekinetic motion does not provide the energy required to satisfy this Principle, the material part of the object moved telekinetically must achieve this by itself. Therefore, during telekinetic motion, the material part of the object moved must spontaneously exchange thermal energy with the environment (i.e. absorb or release heat). The necessity for this exchange will be called here the "postulate of spontaneous heat exchange between the telekinetically affected objects and the environment". This postulate is responsible for two observable consequences, i.e.: (1) it produces a change in the environmental temperature during telekinetic motion, and (2) it produces a faint glow, called the "extraction glow", emitted from the matter (space) surrounding the telekinetically moved objects.

While the above explains fully the principles behind the temperature change caused by telekinetic motion, the mechanism of the "extraction glow" requires further explanation. If energy is rapidly withdrawn from an atom, its electrons must fall from their higher orbits into lower ones. This in turn, according to quantum physics, must cause the emission of photons. Therefore, the rapid extraction of heat from the matter that surrounds an object moved telekinetically must be accompanied by the emission of a faint glow from this matter, referred here as the extraction glow. This emission should register as a faint white light that surrounds the surface of objects moved in a telekinetic manner. The intensity of the extraction glow depends on the amount of telekinetic work required for the completion of a given motion. Because this work is rather insignificant for the biological sources of telekinetic motion, the intensity of the glow that they produce must also be low. Thus, for the motion which is caused biologically, the extraction glow is usually not noticeable by the naked eye, and only a sensitive photographic film is able to register it. This indicates that the best method for detection of this glow is to photograph objects moved telekinetically - see Img.090 (H1). But for the technological sources of telekinetic motion (e.g. highly efficient telekinetic power-stations - see subsection K2., or advanced propelling devices utilizing the Telekinetic Effect for transportation purposes - see chapters L / L1 = [1/4] - in [1/5] = LC1/ and T) which extract large quantities of thermal energy from the environment, the emission of the extraction glow starts to be noticeable with the naked eye. To outside observers, the glow from the sources of technological telekinesis will make their surface appear to be "oiled with light". Of course, the appearance of the extraction glow will always be accompanied with the rapid drop of the environmental temperature (i.e. its rapid cooling down).

Independently from the extraction glow, the Telekinetic Effect is capable of causing the opposite phenomenon which we call here the "dispersion glow". The dispersion glow is emitted while the telekinetically manipulated objects yield thermal energy instead of absorbing it - e.g. consider the example of a telekinetic vehicle which previously flew with a high speed being decelerated (slowed down), or a user of telekinetic personal propulsion walking downstairs. The principles involved in the emission of the dispersion glow are very similar to those from the extraction glow. But because of the direction of the energy flow for this glow is favouring the emission of photons by electrons from specific atomic orbits, the dispersion glow will produce the light with a clear green tinge. Also the appearance of this greenish dispersion glow will be accompanied with the visible increase of the environmental temperature (i.e. with the rapid worming up of the environment).

It is worth mentioning here that for practical reasons it is possible to merge together both phenomena above to obtain useful illuminatory systems which would produce extremely pleasant lights. In these systems the light would not be emitted by a single source (e.g. a bulb) but by the whole volume of space (air) contained in a given compartment. In this way the light would not be blinding to eyes, would not produce shadows, and would assure the excellent visibility of detail. In order to achieve the production of this extraordinary light in a given compartment it is sufficient to create a standing magnetic wave, the course of which would telekinetically cause the cyclical acceleration and then deceleration of air particles. Thus these particles would alternatively emit the white extraction glow and then the greenish dispersion glow. The interesting aspect of this system is that after it is supplied with a temperature sensor it simultaneously can perform the function of an air condition unit thus keeping the temperature in a given compartment at a constant and easily controlled level. It can be added here that this particular system of illumination seems to be already used on Earth. For example in a book [1H6.1.3] by Alec MacLellan "The Lost World of Agharti", Souvenir Press, London 1982, ISBN 0-62521-7, there are descriptions of just such greenish light already utilized by citizens of "Agharti". Furthermore, soon after the discovery of the extraction glow I had a brief (but unfortunately interrupted) discussion with an occasionally met globetrotter, who tried to describe his visit to one of the less known Egyptian pyramids. He supposedly saw a compartment lit up with a strange green light which did not produced shadows and no one knows from where it originated. A local guide supposedly said that present science is unable to explain the origin and properties of this green light. Of course, immediately after the discussion with this globetrotter, I initiated a search through literature on pyramids, unfortunately he has not found any mention of a mysterious compartment lightened with a greenish light of unknown origin which present science is not able to explain. (If any of readers knows anything about this compartment with its mysterious greenish light, or about the literature where descriptions are provided, I would be obliged for letting me know.)

The principle of the controlled triggering of thermal phenomena described above which, amongst others, is able to emit interchangeably the extraction glow and the dispersion glow, can also be utilized for numerous different applications - not only just for an illumination or air conditioning. One of the most important applications, having a direct connection with the topic of this series of monographs, is the maintenance of the temperature of Oscillatory Chambers at a constant and controllable level - see descriptions in subsection C6.3. The principle used for the maintenance of this constant temperature depends on controlling the course of the field pulsations in the chamber so that the subsequent pulses of this field trigger the Telekinetic Effect. In turn this effect accelerates the motion of electric charges through the chamber. The energy sustaining this motion is the thermal energy (heat) previously released by the sparks. In that way the thermal energy loses occurring as a by-product of sparks are subsequently transformed by the Telekinetic Effect into the motion of electric charges. As the result of this strictly controlled process, the entire thermal energy dissipated in the chamber by sparks is transformed (recovered) back into electric charges.

H6.2. The technical version of the Telekinetic Effect

According to the Concept of Dipolar Gravity, the Telekinetic Effect can be activated (released) in a technological way through the acceleration or deceleration of magnetic fields (see subsection H6.1.1. above). All objects fully submerged into such accelerated fields experience a telekinetic drive which causes them to telekinetically move in the direction of the effect's action. At the present stage of research, the action of the Telekinetic Effect so released can be described only partially, mainly covering linear accelerations and centripetal accelerations of rotating discs. So far, it is established as follows:

#1. The Telekinetic Effect is a fundamental primary phenomenon, whose action is manifested in all cases of acceleration or deceleration of magnetic fields.

#2. This effect releases elementary telekinetic drive P whose action is uniformly spread over all matter (including elementary particles, whole atoms, molecules, and entire material objects) contained within the range of the accelerated or decelerated magnetic field, independently of the magnetic or electric properties of the objects formed from this matter. Note that the term "telekinetic drive" is used here to define the capability of the Telekinetic Effect to induce motion. Therefore during telekinetic motion, the "telekinetic drive" is equivalent to a "force" which causes a physical motion.

#3. The elementary telekinetic drive P produced by this effect demonstrates all the attributes of the telekinetic interaction, especially: (A) it does not produce the reaction forces which would return back onto the object that released the Telekinetic Effect; (B) the consumption of energy for the work completed by this drive is satisfied through a spontaneous absorption of thermal energy contained in the environment. Thus, the work of the drive P is not completed at the expense of energy supplied by the object that released the action of the Telekinetic Effect. (This (B) attribute makes the elementary telekinetic drive P to become an active reversal of frictional passive forces.)

#4. The direction of elementary telekinetic drive P, according to the theoretical deductions which utilize the symmetry rules expressed by Table B1 and Table K1, should coincide with the direction of an active acceleration "a" and should point opposite from the vector of inertial force.

For linear accelerations, the direction of this telekinetic drive P in fact coincides with that direction deduced theoretically. For such accelerations the drive P acts along "a", thus making the analysis of the Telekinetic Effect quite simple.
However, for the centripetal accelerations, the direction of this drive differs in reality from that deduced theoretically. Analysis of the behaviour of electrons in the N-Machine suggests that this direction is a complex function of a minimum of three vectors: V, a, L. (It is possible that this direction also depends on the local vector of the magnetic field gradient). The direction of elementary drive P determined empirically in this manner is shown in Figure H5. The vectors influencing this direction are as follows:
- "V" represents the vector of the linear speed of a given fragment of spinning matter at which the telekinetic drive P is released,
- "a" is a vector of the active acceleration or deceleration that a given magnetic field is subjected to. Active acceleration (deceleration) is understood to be any acceleration (deceleration). The word "active" is only added here to stress that the direction of this acceleration (deceleration) is opposite from the "passive" direction of inertial forces produced by the action of this acceleration (deceleration). To explain it more clearly the following example is used. In centripetal acceleration, passive inertial forces act outwards. Thus the vector of active acceleration is directed inwards. The same inwards direction should also display the drive P.
- "L" is a vector that describes the local direction of magnetic field force lines. This vector is tangential in each point to the local course of force lines of a magnetic field. Its direction is such that each force line leaves the south magnetic pole and submerges into the north magnetic pole of a particular magnet. (At this point it is worth stressing that because of my interest in the magnetic propulsion systems of flying vehicles, my notation of magnetic poles is designed so as to facilitate the analysis of such systems. Therefore in all my publications, the N magnetic pole is the pole that prevails on the north geographic pole of Earth, and also the pole of a magnetic needle tip pointing south - see subsection F5.2..)

The difference between the theoretical and experimental directions of the drive P for centripetal accelerations, highlighted above, may result from the limiting of findings to date to the description of the behaviour of electrons inside spinning objects. (Electrons are lightest observable objects available freely thus their telekinetic motion is most easy to induce and to measure.) As it was determined in various experiments, electrons also spin. Therefore, except for the drive P, their behaviour can be controlled additionally by gyroscopic momentums of their own rotations as well as the rotations of the objects through which their telekinetic motion occurs.

#5. The maximal value of the drive P which acts at a given material object of a volume "U", seems to be proportional to the acceleration or deceleration "a" of a given magnetic field, and the local density "g" of magnetic energy: Pmax=CAaAgAU. The exact working out of the Telekinetic Effect is very difficult and encounters numerous obstacles. The most important of these obstacles are: (1) the complexity of the effect itself, (2) its close coexistence with a number of electromagnetic and mechanic effects of the first generation from which it is difficult to be separated, (3) the prejudices that contemporary scientific establishment shows towards telekinetic phenomena. In spite of these obstacles, research is progressing continually. To date, the history of its investigations seems to indicate that the Telekinetic Effect is one of the greatest challenges imposed on our science by the forces of nature. On the other hand, the type of benefits that this effect promises makes its mastering also one of the most important bequests that scientists of this century can present to future generations.

The research on the technological version of the Telekinetic Effect has only just started. So far there is almost nothing known about the action of this effect caused by pulsating magnetic fields. Thus as this research progresses, the information provided in this subsection will be updated and made more general.

H6.2.1. Utilisation of the Telekinetic Effect for transportation purposes

The Telekinetic Effect remained unknown so-far to Earth's science. While not knowing about the existence of this effect, our science was also unable to comprehend the whole ocean of applications which could benefit our civilisation - if this effect is utilised properly. This subsection is aimed at realising at least the most important out of these countless applications, namely these ones which stem from the utilisation of the Telekinetic Effect for propelling devices. These propelling devices we are going to call here "telekinetic propulsion systems".

Telekinetic propulsion systems can be utilised for the whole range of applications. Probably the most promising out of these is the construction of space vehicles, which in subsections A2., and F1. are called "Magnocraft". Telekinetic Magnocraft are capable of instant travel through space (i.e. capable of flying with velocities, which in physical world must be described as infinitively fast). The detailed descriptions of these vehicles are presented in chapters F, L and M of this series of monographs. A next application of telekinetic propulsion systems is going to be the construction of miniature propelling devices, which are going to be surgically implanted into bodies of their users. These devices are called "telekinetic personal propulsion systems". They are mentioned in subsection JE6 of this series of monographs, while their comprehensive description is contained here in chapter T. (Telekinetic personal propulsion systems are more advanced version of "magnetic personal propulsion systems", the comprehensive description of which is contained in chapter E of monographs [1e] and [2e].) Telekinetic propulsion systems can also be utilized as sources of continuous motion in the so-called "devices of free energy", a more comprehensive description of which is provided in subsections K1.1 and K2.4 of treatise [7/2], while a summary of which is contained in subsection H6.2.1 below of this monograph.

An explanation of principles involved in operation of telekinetic propulsion systems should be started from reminding the principle of Telekinetic Effect's generation described in subsection H6.1. This principle depends on the "wrapping" of an object moved telekinetically into force lines of magnetic field, and then on rapid acceleration of these lines. In turn these rapid acceleration of magnetic force lines forms a technical version of the Telekinetic Effect, which pushes an object wrapped into these lines in the desired direction. Thus, the construction of telekinetic propulsion systems is going to require the prior completion of powerful sources of magnetic field. In all my monographs, these sources of powerful magnetic field used for propelling purposes, are called "propulsors". In turn technical devices which are hearts of these propulsors, because they are capable of yielding the magnetic field sufficiently strong to serve for propelling purposes, are called "oscillatory chambers". Oscillatory chambers are described in details here in chapter C, and in chapters F of monographs [1e] and [2e]. Of course, in order for a magnetic field generated by such propulsors to be able to produce the Telekinetic Effect, this field must pulsate in an asymmetrical manner (i.e. pulsate in such a manner, that this field increases its value with accelerations much higher than the deceleration with which this field decreases its value). After all, the very nature of pulsations is such, that the magnetic field which is subjected to them, during subsequent variations in time must undergo through sequences of accelerations and decelerations. Thus, if in such pulsating field of a Magnocraft the vehicle's hulk is "wrapped", then the pulses of this field are going to form the Telekinetic Effect, which is going to push the vehicle in the desired direction. Of course, these accelerations and decelerations of the Magnocraft's field must be appropriately controlled - only then they are able to provide the significant telekinetic thrust to the vehicle contained in their range. In order to achieve such sophisticated control over the "variation in time" of the field produced by the Magnocraft's propulsors, a second generation of oscillatory chambers must be build. These highly sophisticated (octagonal) chambers of the second generation will have eight side walls (i.e. twice as many as in the square chambers of the first generation). For this reason, the telekinetic Magnocraft (i.e. in magnetic propelling devices of the second generation) will be easily identifiable by its octagonal oscillatory chambers of the second generation, which it employs in all its propulsors.

The mechanism for producing the telekinetic pull described above realizes, that in the telekinetic propelling devices (i.e. in the magnetic propelling devices of the second generation), the propelling thrust is formed by the forced pulsations of the magnetic field into which the propelled object is "wrapped".

A telekinetic thrust formed by telekinetic propulsors is proportional to the acceleration of the magnetic field produced by these propulsors. For this reasons, telekinetic propulsors are always going to yield magnetic field, the impulses of which have enormous accelerations, means the initial incremental part of which takes immeasurably short period of time. Each single one out of such immeasurably short pulses of telekinetic propulsors, is going to form a single elementary relocation of the vehicle or object being propelled. Because this relocation is going to occur in immeasurably short time, therefore for a single telekinetic shift the present concept of speed looses its validity. This is because the single shift, independently of this range, will be completed instantaneously. If it is technically possible to build telekinetic propulsors powerful enough to have a range extending to an interstellar distance, such propulsors would be capable of instantly shifting a telekinetic vehicle from one star to another. Of course the speed of such an instant interstellar shift cannot be described mathematically, as it would be close to an infinitive value. It should be stressed here that this applies to a single shift of the telekinetic motion only.

However, the present concept of speed, developed for physical motion, can be applied to the slow flights of the telekinetic vehicles completed in the so-called "sustained telekinetic state" that is described in next subsection L2 / L2 = [1/4] - in [1/5] =
LC2/. Although in such flights all single telekinetic shifts will be completed instantaneously, between these shifts short time delays (gaps) will appear that can be physically described (two such gaps are captured on a photograph from Figure O1 of monograph [2e]). Through dividing the range of a single shift by the duration of such an inter-shift delay, the speed of the resultant sustained telekinetic motion can be determined. The above explains why telekinetic vehicles, independently of the instant shifting to distant stars, can also fly at any desired speed, or can even hover motionlessly in one place.


An interesting aspect of telekinetic motion is, that it is subjected to laws of the counter- world, not to laws of our physical world. Therefore vehicles and objects propelled by telekinetic propulsors, are going to display many attributes which are unknown to present propulsion systems. Let us now summarize the major characteristics of the propulsion systems operating on the telekinetic principles. All the objects transported in the telekinetic manner will be capable of instant shifting to any destination lying within the range of the telekinetic propulsors which cause their shift. Moreover, they will be capable also of completing slow flights of a chosen speed, or even to hover motionless in one place. The telekinetic propulsors will provide these systems with the ability to penetrate through solid objects such as furniture, walls, buildings, mountains, planets, without causing any damage to themselves or the objects they will pass through. (Note that the ordinary Magnocraft of the first generation, when flying through solid objects, will always leave in its path tunnels with a glazed surface - see Img.010 (E3).) While in the telekinetic state, the reverse situation can also be applied to all telekinetic vehicles, i.e. their structures can be penetrated without damage by other solid objects such as knives, bullets, missiles, people, animals and so on. While travelling in the telekinetic state, the Magnocraft of the second generation will consume (or yield) thermal energy from (or to) the environment and emit a strong extraction (or dispersion) glow. The consumption (or yielding) of heat will cause the rapid cooling (or heating) of the environment. This in turn allows the people familiar with the theories presented here to detect the presence of telekinetic vehicles (in spite of the ability of these vehicles to make themselves invisible) simply by monitoring the environmental temperature. For the vehicles themselves, the ability to absorb environmental energy practically means that none of the telekinetic vehicles will need any energy supply to sustain the motion. Instead of energy supply, they will absorb the required energy from their environment (for more details see explanations provided in chapter D of monograph [7/2]). The thin layer of the extraction glow emitted due to the use of telekinetic propulsors will exactly reflect the outlines of the objects transported in a telekinetic manner, whereas the white colour of the light which is emitted will give them a ghostly, unreal appearance (in folklore this type of the white light is usually considered to originate from "supernatural" sources). When observed during flight, those surfaces which are covered by a layer of white extraction glow will give the impression of being "oiled with light". Thus a thin, white, ghostly extraction glow will be the means of identifying the operation in the telekinetic convention, making it easily distinguishable from the rich, colourful and voluminous lighting effects produced in the magnetic convention.

An interesting property of the telekinetic vehicles is that they are not going to show inertia, which is so-characteristic for the physical world. Thus if someone sits inside of a telekinetic Magnocraft, during ascends and manoeuvres of this vehicle such a person is not going to experience any acceleration. This is going to give to people that travel in telekinetic Magnocraft the unusual impression that they by themselves are remaining motionless, while everything around them rapidly falls down. For example a passenger of a telekinetic Magnocraft, who is observing through a window of such a vehicle the moment of starting from Earth, rapidly is going to notice, that Earth with an enormous speed starts to collapse down and turn into a rapidly decreasing sphere, while his/her vehicle will make an impression of remaining completely motionless.

H7.
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