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476 lines
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| File Name : VORTEX.ASC | Online Date : 05/18/95 |
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| Contributed by : Josef Hasslberger| Dir Category : ENERGY |
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| From : KeelyNet BBS | DataLine : (214) 324-3501 |
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| A FREE Alternative Sciences BBS sponsored by Vanguard Sciences |
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| KeelyNet * PO BOX 870716 * Mesquite, Texas * USA * 75187 |
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| WWW sites - http://www.eskimo.com/~billb & http://www.protree.com |
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|----------------------------------------------------------------------------|
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I really like the way Mr. Hasslberger thinks, that mathematic extrapolations
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are just so much fluff because they do not reflect in reality by experiment.
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Just as Tesla said.
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VORTEX - THE NATURAL MOVEMENT
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Physics, the science which should be explaining to us how the universe came
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about and what it consists of, seems to have arrived at the end of a blind
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alley. Its descriptions of the origin and the workings of our universe get
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more and more complex, less and less agreed-upon and they are definitely not
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going to accompany us into the 21st century. We are at the beginning of the
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space-age. In order to survive in that new age, we need clear and unequivocal
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descriptions of physical phenomena.
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What I see as the most grave shortcoming of establishment physics is its
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adamant refusal to investigate or at least accept the possibility of a
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creative life force. There is also a one-sided emphasis on entropic,
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(explosive, radiative, centrifugal) phenomena in physics and consequently also
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in current technology, to the almost total exclusion of the constructively
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ordering, non-entropic phenomena such as brought about by implosion and
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centripetal or vortex motion.
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The descriptive language used by physics is mathematics. It is adequate to
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describe a number of observed phenomena, but depending on what phenomenon is
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to be described, physicists conveniently switch mathematics, thereby changing
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their whole frame of reference. There is no one theory that can adequately
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describe all the forces known to exist and the search for a unified field
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theory is running into serious problems.
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The trouble is not where physicists commonly look. It seems to be more a
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question of philosophical or religious outlook. Our view of nature was
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conditioned first by the great philosophers of ancient Greece and then, for a
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long time, by the orthodox religions prevalent in current western
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civilization. Ironically, the physicist who denies the action of a creator,
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just by this very denial limits the scope of his investigations. He has become
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"inversely religious", which to an independent scientific investigation is no
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less limiting than the stand of the dogmatic religionist.
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So it might be that progress in our time has become dependent again on
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philosophy, on that science of thinking, of looking at basics and drawing
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conclusions that is unencumbered by the specialization so prevalent in the
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physical sciences.
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The following is a speculative description, in simple terms, of the basic
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workings of the universe.
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THE NATURE OF LIGHT
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Light sometimes behaves as a wave and sometimes as a stream of particles. The
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wave theory seems to be confirmed by the observation of interference patterns
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and the separation of light into colors after passing through a prism, while
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other phenomena validate the particle (corpuscular) theory. This paradox is so
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far unresolved and has given rise to a theory proclaiming that light has a
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dual nature, in other words that light may be both particle and wave at the
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same time.
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Although photons, in reverence to this theory, are generally thought to be
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"massless particles", there have been research results indicating a rest-mass,
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although very small, for photons.(1)
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WAVES
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It would appear that travel over great distances from a substantially point-
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like source, requires light to have a wave configuration. Particles, such as
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photons, could hardly be travelling through the immense reaches of space
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through which we can observe the light of distant stars and galaxies. Imagine
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all of the immense "ball" of space within the range of visibility of a source
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of light, such as a star, being actually filled with particles emanated by
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that light source. The expenditure in terms of mass, even assuming a very
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small mass for each single photon, would be tremendous. The stars would be
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exhausted in a relatively short time.
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So in order to travel interstellar distances, as light and all other
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electromagnetic waves evidently travel, they must be waves and not particles.
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To allow this travel, a medium through which these waves proceed, has been
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postulated. It has been called various names and has even been "cancelled" by
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some scientists who argue that since no one has so far been able to detect
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this medium, it does not exist.
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Whatever may be the view of the scientific establishment, space is not empty.
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The "background" of space might variously be called ether, sea of energy,
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tachyon field or primordial energy field(3). It is against this background,
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which so far has eluded our direct observation, that electromagnetic waves
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propagate.
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This space background or primordial energy field has a very high energy
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density.(4)(5) It has been described as an immense field of pure energy,
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comparable to a "fluid" that fills all space. This field has so far been very
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elusive and no direct detection or measurement has been possible. However in
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November 1980, Japanese physicist Shinichi Seike reported that he had
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succeeded in proving the presence of this high energy tachyon field in
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space.(6)
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It is this space background that gets excited in wavelike motions by the
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source or emitter of radiation. Radiation waves propagate in spheric form, in
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all directions from the source. An analogy in a two-dimensional frame of
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reference is the surface of a body of water, on which waves propagate in
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concentric rings. In our space background, we have concentric shells or
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spheres of wave propagation.
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The speed of propagation of these waves is determined by the medium of
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propagation and is what we call the "speed of light". There is no particular
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reason for this speed to be either finite or constant. For example, if in the
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path of an electromagnetic wave we add to the background field a physical
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medium that allows the passage of light (such as glass or water), the speed of
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propagation changes for the duration of passage through the medium, but once
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the additional medium has been passed and the wave travels once more in the
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background field alone, it will resume its "natural" speed, the speed of
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light, as conditioned by certain parameters peculiar to that background field.
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PHOTONS
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When light is directly observed, it is always in the form of photons, that is,
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tiny particles that will strike a sensitive surface such as our retina or a
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light-sensitive instrument and determine a certain reaction, called perception
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or instrument "read".
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When we observe light indirectly, we often see interference patterns, which
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indicate that the light propagated in the form of waves. How is it possible,
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that one moment light seems to be a wave and the next a stream of particles?
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To comprehend this, we must revolutionize our concept of what is mass and what
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is a particle. In my view particles are nothing more than local
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irregolarities, local self sustaining "tornadoes" in the background field of
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space. The properties commonly associated with particles such as mass, inertia
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and solidity arise out of the movement, the spin, of these tiny tornadoes. A
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similar view has been put forward by Tewari with his Space Vortex Theory.(7)
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One fundamental kind of particle, and probably the buildingstone of all other,
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more complex particles, is the photon. A photon is postulated to be the result
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of the collision of an electromagnetic wave of a certain wavelength (light
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spectrum) with an impenetrable barrier, such as a material object. The impact
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causes a local disturbance of the background field that can be perceived by
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the human eye and by our measuring instruments.
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So light, in order to be observed at all, has to necessarily hit a barrier
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that will transform the wave into a particle, or rather into a little spin-off
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tornado.
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THE FORMATION OF MATTER
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Photons have a tendency to combine into aggregates. They will form chains,
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which in turn will collapse and form "balls" which physicists call subatomic
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particles. Thus electrons, protons and neutrons as well as the various forms
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of quarks and leptons, which are observed after smashing atoms in particle
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accelerators, may be nothing more than variously configured aggregates of
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photons. What we term to be positive or negative charge is determined by
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direction of rotation, each subatomic particle being itself configured as a
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rotating system and thus exhibiting a certain spin.
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Just as photons combine to form matter, forming subatomic and eventually
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atomic particles, the reverse may happen. Particles of matter may become
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unstable and dissolve, emitting photons or even cause the formation of
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electromagnetic waves.
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A theory of how matter may form through aggregation of photons has been
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proposed by Helmut Hoegl in 1987.(8)
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Oldano, basing himself on the work of Todeschini, has done some detailed work
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describing the possible geometries of aggregates of the mini-tornadoes or
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vortexes that make up matter.(9)
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It has often been found that the microcosm and the macrocosm are of a
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remarkable similarity in structure and function. Our view of the atom, in
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fact, is similar to that of the photon described above. On an even larger
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level, we may see the same pattern in planetary systems, in galaxies and - why
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not - in the universe itself. All of these expressions of form as we might
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call the accumulations of matter are thus nothing else than trapped or frozen
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energy, "solidified" space background medium.
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SPACE AND TIME
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If energy is contained in the background medium of space and can be converted
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into matter through the process of "solidification" of that medium, we must
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ask ourselves where space and energy come from.
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Here we enter religious or at least philosophical territory. Space itself is a
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transcendental reality. It may contain energy and matter, but it has to exist
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before these latter two can be introduced. Thus space itself as well as the
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energy contained in it, first in amorphous form and then as light, are the
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result of creative action.
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It is useless to delude ourselves, ascribing original creation to a nebulous
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"big bang", because even such a hypothetical big bang would have to start at
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least from a concentration of matter and an ever so tiny amount of space,
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which in that case would already have to have existed and so the cat bites its
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own tail. Without an original act of creation, no universe has so far been
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known to exist.
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This universe happens to have been created with three dimensions and if we
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assume, for mathematical convenience, that there could be more dimensions this
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might be true for other universes, but in our present universe, such
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assumptions must remain what they are - mathematical conventions.
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Even time is not a fourth dimension, although we may mathematically represent
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time in this way. In reality, time is associated with motion of energy and
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matter through space. It has no independent existence of its own other than as
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a convention to measure motion. We measure time by how long it takes our
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planet to revolve around its axis and by the length of a complete orbit of
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this planet around our sun. In the absence of energy and matter however, space
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would be without time.
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INERTIA AND GRAVITY
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According to Einstein, gravitational and inertial acceleration cannot be
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subjectively distinguished one from the other. It would seem logical therefore
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to assume that gravity and inertia are two manifestations of one and the same
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phenomenon.
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Inertia is postulated to be a resistance of matter to movement against the
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background of space. The configuration of matter as an accumulation of a
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myriad of tiny "tornadoes" (photons) as well as atoms similarly configured and
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in constant fluid exchange with the primordial energy field, lets us presume
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that there may be a certain resistance of matter against changing position in
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space. With increased mass, that resistance or inertia will increase
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proportionally.
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Once a mass has been accelerated to a certain velocity, it tends to keep
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moving at the same speed and in the same direction. The conservation of this
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motion is postulated to be the result of a macroscopic vortex in background
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space, built up by the motion of the mass, which then tends to maintain that
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motion. A visual example of this would be an egg held in a stream of tap
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water. If the egg is held by fine strings, it will create a vortex in the
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water "downstream" and will be holding its position on top of that vortex.
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Another example, always using the medium of water, is the ability of trout to
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stand motionless without visible effort in the most fast flowing stream of
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water.
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Gravitational "attraction" as experienced between large masses and by us
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humans on the surface of our planet, is thought to be a pressure phenomenon,
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rather than an attracting force. It is caused in a similar way as inertia, by
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a resistance against movement relative to the background of space. There may
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be an inflow of background field towards large bodies, causing a movement of
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background field relative to the surface of such large bodies, which is felt
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as gravitation. This force is stronger near the surface of the mass and
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diminishes with increasing distance, the inflow becoming gradually slower or
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"thinned out" as distance increases. The close proximity of the large mass
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prevents the build-up of a vortex as with inertial motion.
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A theory proposed by Nieper sees gravitational effects depending on a partial
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shielding effect of large masses against the effects of gravitic pressure
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inherent in space background.(10)
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Electromagnetic phenomena may also have an influence on gravitation, and may
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one day supply the means to engineer gravitation and anti-gravitation. For an
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advanced treatise on electrogravitation, I refer to a lecture held in 1988 in
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Hull, Canada by Bearden.(11)
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MAGNETISM
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I propose that magnetism is associated with the spin of a particle or mass and
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that the magnetic field is caused by a dual macroscopic vortex in the
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background of space, converging on the particle or mass, which polarizes two
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separate regions of space into a difference of potential.(fig. 1) What we call
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magnetic field lines are not field lines at all, but simply the intervening
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space between two poles of different potential, held in place in space by the
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source of magnetism. One might also call this phenomenon a distortion or
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stress of space background. The electric current induced in a conductor that
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cuts "magnetic field lines" is an alleviation of the stress of space
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background.
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Polarity of magnetic stress is determined by the direction of spin of the
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vortex. Magnetic poles repel if the associated vortices are of the same
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direction of spin, they attract if their spins are diverse.
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Permanent magnets cause the vortices and consequent stress of space fabric by
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a permanent alignment of their nuclear spin.
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The magnetic field around a conductor in which an electric current flows, is a
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consequence of the alignment of the spin of the charges moving along that
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conductor,.
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Physicists have been looking, so far without success, for a magnetic
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"monopole", a magnetic phenomenon that has only a single pole. If magnetism,
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as postulated here, is a stress phenomenon, then it is clear why the monopole
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could not be found.
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Planetary systems, contrary to what is widely believed, are not held together
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by gravitation. The orbits of planets are determined by magnetic potentials
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built up by the central body. The moon rotating around the earth as well as
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the planets in their orbits around the sun are guided and held by magnetic
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forces rather than by an equilibrium between gravity and centrifugal force.
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Such an equilibrium would be inherently unstable. Certainly gravitation and
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centrifugal force are present and do have an influence, but what determines
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the exact well defined and layered orbits are magnetic forces.
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On a nuclear level, the strong force holding atoms together and determining
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electron orbits could well be the same magnetic force.
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ELECTROMAGNETIC PHENOMENA
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In summary, we have electromagnetic waves as a wave-like agitation of
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background space, proceeding through space in a spherical, shell-like pattern
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and generating particles at point of impact.
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Gravity and inertial forces are caused by linear motion of a mass against the
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background of space.
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Magnetism is caused by a macroscopic vortex motion of the space background
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itself, polarizing the space background into north and south poles.
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These different phenomena are all associated with motion of the space
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background or primordeal energy field, various types of motion resulting in
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diverse energetic manifestations.
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A THERMODYNAMIC UNIVERSE?
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The theorists of the big bang would have us believe that the universe is the
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result of a super powerful explosion and that it has been expanding ever
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since. Even though the American COBE satellite has recently detected
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variations in background radiation, big bang theory is far from confirmed. Its
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life may have been prolonged by this recent discovery, but the big bang
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remains in my view an expression of the attitude of current scientific culture
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that excludes a priori any creative or ordering influence in the making of the
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universe.
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The prime evidence cited for the big bang is the red shift of the light of
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distant stars and galaxies. This red shift may very well be due to other
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causes. Moretti (12) and others have made a case for re-interpretation of the
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red shift.
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Another underpinning of the big bang is the second law of thermodynamics,
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which asserts that a closed system can only evolve in the direction of a state
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of ever greater entropy. The big bang presupposes that entropy in the universe
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is on the increase.
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First of all, I doubt that the universe can be seen as a closed system, if we
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consider the existence of a space background of very high energy density.
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Seike gives this energy density as
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E = 8.8 x 108 V/cm.(13)
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Wesley has shown that under certain conditions order can be created out of
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chaos, that is, that the statistical tendency of stellar systems towards
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greater entropy is reversed by gravitational and solar (stellar) energy
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playing against a background of free space acting as a giant heat sink.(14)
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As recognized by Schauberger and as publicized especially by Baumgartner (15),
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motion in the form of a vortex is an essentially creative, concentrating, neg-
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entropic motion. This type of motion is used by nature in the creation of
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matter, the building up of planetary systems and in the construction and
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growth of living (biological) systems. We can get an idea of the forces this
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creative type of motion can harness, observing the power concentrated in a
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single tornado.
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Radiative motion, which we see in the form of explosions, radiation and
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centrifugal motion on the other hand, is the destructive half of the cycle of
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nature: Creation and destruction. Radiation is associated with decay and
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disassociation.
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Our present technology and our knowledge in physics is based almost
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exclusively on the second half of the cycle, the cycle of radiation and decay.
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We see this in the prevalence of explosion type motors, the extensive use of
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radiative technology and an almost complete absence of centripetal forms of
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motion.
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This is severely limiting our understanding and our technical possibilities as
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centripetal or vortex motion results in a violation of the second law of
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thermodynamics. It has an ordering, a concentrating, a cooling effect, while
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centrifugal or radiative motion has an entropic, dispersing, heating effect.
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With technology unbalanced on one side of the natural cycle, it is no wonder
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that the use of our machinery has a destructive effect on the environment and
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on ourselves.
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Carnot, basing the laws of thermodynamics on observations of the (steam
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engine) machinery available at his time, has developed these laws as a
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description of the actions and reactions of that machinery. He did not know
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the second half of the cycle of nature, the build-up cycle that uses the
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vortex, as no technology had been invented to show him.
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Unfortunately, the laws of thermodynamics have become gospel in physics, in
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teaching, in patent offices and so the one-sidedness of our technology has
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been perpetuated to a complete exclusion of any alternative neg-entropic
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technology. This even goes so far that patent offices refuse to consider
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registering inventions that violate the laws of thermodynamics!
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CREATION INSTEAD OF BIG BANG
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Just as we suffocate all technology based on vortex geometry, we are viewing
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with suspicion any theory of the creation of the universe, that is not in
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accordance with thermodynamics. In order to explain the origin of the
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universe, we thus have to resort to - excuse the term - idiocies, such as the
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big bang.
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There is continuous creation in the universe. I propose that we should
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seriously look at the cycle of creation and destruction as we see it to exist.
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This has been described as being a cycle of creation, growth, conservation,
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decay and destruction.(16) This cycle may be seen as the cycle of an entire
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universe or any part of that universe. It is also the cycle of life forms or
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biological organisms. Once the cycle is completed, it starts anew, the
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products of destruction leading directly to new creation.
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Out of chaos, the ordering principle (if we want, the life force) creates by
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decreasing entropy. This creation goes through a cycle of maturity and
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eventually into a cycle of decay through an increase of entropy, closing the
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circle arriving once more at a chaotic state.
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We can observe this cycle in any biological organism. It germinates or gets
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born, then grows up into a mature organism, after which it starts to decay and
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eventually it dies.
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That same mechanism, I believe, is at work in stellar systems, in galaxies and
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in the universe as such. The difference is only in the time span required for
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completing the cycle of action. With some observation, we may be able to find
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out how it works.
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Josef Hasslberger
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Rome - Italy
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May 1992
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References:
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1. Moretti, Angelo. Possibility of Non-Zero Mass in Synchrotron Radiation.
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In "What Physics for the next century?" pg. 397 - Inediti No. 59, Societ<65>
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Editrice Andromeda, Bologna
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2. Marinov, Stefan. The interferometric 'coupled mirrors' experiment.
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In "Eppur si muove", pg. 104 - East West Publishers, Graz
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3. De Palma, Bruce. Magnetism as a Distortion of a Pre-Existent Primordial
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Energy Field and the Possibility of Extraction of Electrical Energy
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Directly from Space. In (american) "raum&zeit", number 6, 1991 pg. 65
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4. Gunnufson, Craig. Neuere Neutrinomessungen aus der Sonne unterstuetzen
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eine neue Theorie. Lecture held at a congress on Gravity Field Energy in
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Toronto, Oct. 1981. In Nieper, "Revolution in Technik Medizin
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Gesellschaft", Illmer Verlag, Hannover
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5. Seike, Shinichi. Lecture held at Energy Symposium in Hannover,
|
||
November 1980. In Nieper, Revolution in Technik Medizin Gesellschaft.
|
||
|
||
6. Seike, Shinichi. op cit.
|
||
|
||
7. Tewari, Paramahamsa. Detection of Stationary and Dynamic Space
|
||
Substratum. In "What Physics for the next century?" pg. 184.
|
||
|
||
8. Hoegl, Helmut. Die Energie des Raumes. In (german) "raum&zeit",
|
||
number 31, December/January 1987/1988.
|
||
|
||
9. Oldano, Giovanni. Relazione al Congresso "Quale Fisica per il 2000?"
|
||
In "What Physics for the next Century?", pg. 402.
|
||
|
||
10. Nieper, Hans A. Zur Theorie der Schwerkraftwirkungen.
|
||
In "Revolution in Technik Medizin Gesellschaft", pg. 46.
|
||
|
||
11. Bearden, T. E. Maxwell's lost Unified Field Theory of Electromagnetics
|
||
and Gravitation. In "New Energy Technology", pg. 25. Published by The
|
||
Planetary Association for Clean Energy, Inc. Ottawa/Hull, Canada.
|
||
|
||
12. Moretti, Angelo. A new interpretation of Cosmological Red Shift.
|
||
In "What Physics for the next Century?", pg. 400.
|
||
|
||
13. Seike, Shinichi. op cit.
|
||
|
||
14. Wesley, J. P. Order out of Chaos.
|
||
In "What Physics for the next Century?", pg. 345.
|
||
|
||
15. Baumgartner, Walter P. and Jacobson, Rhetta. Vortexian Mechanics.
|
||
In "Causes Newsletter", September 1988. Also (same authors) Implosion vs.
|
||
Explosion. In "Causes Newsletter", February 1989.
|
||
|
||
16. Hubbard, L. Ron. Creation and Destruction. In "Scientology 8-8008",
|
||
pg. 97, published by The Publications Organization World Wide,
|
||
Edinburgh, Scotland, 1967.
|
||
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