409 lines
22 KiB
Plaintext
409 lines
22 KiB
Plaintext
SUBJECT: THOMAS TOWNSEND BROWN FILE: UFO3159
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PART 2
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The scientist and layman alike encounter a primary difficulty in understanding
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the Biefeld-Brown effect and its relation to the solution of the flying saucer
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mystery.
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This difficulty lies in the fact that scientist and layman alike think in
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electromagnetic concepts, whereas the Biefeld-Brown effect relates to
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electrogravitation.
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Neither scientist nor layman can be expected to know the details of
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electrogravitation, inasmuch as it is a comparatively recent and unpublished
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development. Townsend Brown is the discoverer of electrogravitational coupling.
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To date, Townsend Brown is the only known experimental scientist in this new area
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of scientific development. Thus anyone who wishes to understand
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electrogravitation and its application to astronautics must be prepared to lay
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aside the commonly known principles of electromagnetic's in order to grasp the
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essentially different principles of electrogravitation. Electrogravitational
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effects do not obey the known principles of electromagnetism. Electrogravitation
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must be understood as an entirely new field of scientific investigation and
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technical development.
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Perhaps the most efficient method of inducing and understanding of
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electrogravitation is to review the evolutionary development of electromagnetism.
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From the smallest atom to the largest galaxy, the universe operates on three
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basic forces, namely, Electricity, Magnetism and Gravitation. These three forces
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can be represented as a triangle, with electricity at the top, magnetism at the
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lower left corner and gravitation at the lower right corner.
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Taken separately, neither is of much practical use. Electricity by itself is
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static electricity and therefore functionless. It will make your hair stand on
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end, but that is about all.
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Magnetism by itself has very few practical applications aside from the magnetic
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compass, whereas gravity simply keeps objects and people pinned to the earth.
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However, when these are coupled to work in combination with each other, almost
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endless technical applications arise. To date, our total electrical development
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is based on the coupling of electricity with magnetism, which provides the basis
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for the countless uses we make of electricity in modern societies.
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Faraday conducted the first productive empirical experiments with
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electromagnetism around 1830, and Maxwell did the basic theoretical work in 1865.
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The application of electromagnetism to microscopic and sub-microscopic particles
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was accomplished by Max Planck's work in quantum physics about 1890; and then in
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1905 Einstein came forward with relativity, which dealt with gravitation as
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applied to celestial bodies and universal mechanics.
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It is principally out of the work of these four great scientists that our
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electrical developments, ranging from the simple light bulb to the complexities
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of nuclear physics, have emerged.
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In 1923, Professor Biefeld of Dennision University suggested to his protege,
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Townsend Brown, certain experiments which led to the discovery of the Biefeld-
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Brown effect and ultimately, to the electrogravitational energy spectrum. After
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28 years of investigation by Brown into this coupling effect between electricity
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and gravitation, it appears that for each electromagnetic phenomenon there exists
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an electrogravitational analogue. This means, from the technical and commercial
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viewpoint, potentialities for future development and exploitation as great or
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greater that the present electrical industry. When one considers that
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electromagnetism is basic to the telephone, telegraph, radio, television, radar,
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electric generators and motors, power production and distribution, and is an
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indispensable adjunct to transportation of all kinds, one can see that the
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possibility of a parallel, but different, development in electrogravitation has
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almost unlimited prospects.
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The first empirical experiments conducted by Townsend Brown had the
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characteristic of simplicity which has marked most other great scientific
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advancements. These concerned the behavior of a condenser when charged with
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electricity.
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The first startling revelation was that is placed in free suspension with the
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poles horizontal, the condenser, when charged, exhibited a forward thrust toward
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the positive pole. A reversal of polarity caused a reversal of the direction of
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the thrust. (Note: When the condenser was suspended from a stationary point,
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and current was then applied, the condenser would then move back-and-forth in the
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direction of the positive pole first, then the negative pole, as long as the
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condenser was kept charged.)
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The antigravity effect of vertical thrust is demonstrated by balancing a
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condenser on a beam balance and then charging it. After charging, if the
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positive pole is pointed upward, the condenser moves up.
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These two simple experiments demonstrate what is now known as the Biefeld-Brown
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effect. It is the first and, to the best of our knowledge the only method of
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affecting a gravitational field by electrical means. It contains the seeds of
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control of gravity by man. The intensity of the effect is determined by five
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factors, which are:
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1. The separation of the plates of the condenser, the closer the
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plates the greater the effect.
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2. The ability of the material between the plates to store
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electrical energy in the form of elastic stress. A measure of
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this ability is called the "K" of the material. The higher
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the "K", the greater the Biefeld-Brown effect.
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3. The area of the plates, the greater area giving the greater
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effect.
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4. The voltage difference between the plates, more voltage, more
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effect.
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5. The mass of the material between the plates, the greater the
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mass, the greater the effect.
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It is this fifth point which is inexplicable from the electromagnetic viewpoint
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and which provides the connection with gravitation.
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On the basis of further experimental work from 1923 to 1926, Townsend Brown in
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1926, described what he called a "space car". This was a revolutionary method
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of terrestrial and extra-terrestrial flight, presented for experiment while motor
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propelled planes were yet in a primitive stage.
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This engineering feat by Townsend Brown, was all the more remarkable when we
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consider such a machine produces thrust with no moving parts, does not use any
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aerodynamic principles of flight, and has neither control surfaces, nor a
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propeller. Townsend Brown had discovered the secret of how the flying saucers
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fly, years before any such objects were reported.
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Now that the basic difference between electromagnetism and electrogravity has
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been indicated and the basic principles of the Biefeld-Brown effect have been
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outlined, we are finally ready to understand the principles of astronautics or
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the conquest of space.
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The earth creates and is surrounded with a gravitational field which approaches
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zero as we go far into space. This field presses objects and people to the
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earth's surface; hence it presses a saucer object to the earth.
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However, through the utilization of the Biefeld-Brown effect, the flying saucer
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can generate an electrogravitational field of its own which modifies the earth's
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field.
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This field acts like a wave, with the negative pole at the top of the wave and
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the positive pole at the bottom, the saucer travels like a surfboard on the
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incline of a wave that is kept continually moving by the saucer's
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electrogravitational generator.
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Since the orientation of the field can be controlled, the saucer can thus travel
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on its own continuously generated wave in any desired angle or direction of
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flight.
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Since the saucer always moves toward its positive pole, the control of the saucer
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is accomplished by varying the orientation of the positive charge. Control,
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therefore, is gained by switching charges rather than by control surfaces. Since
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the saucer is travelling on the incline of a continually moving wave which it
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generates to modify the earth's gravitational field, no mechanical propulsion is
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necessary.
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Once we understand that the horizontal and vertical controls are obtained by
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shifting the positive pole which turns the field, then we are in position to
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extrapolate a finished saucer design.
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The saucer's edge would contain a number of conductor segments, and the saucer
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would turn in any direction simply by shifting the positive and negative charges
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to appropriate positions along its edge.
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The vertical thrust would be regulated by varying the positive charge on top of
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the saucer, the amount of thrust being regulated by the amount of charge
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generated.
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Flying saucers in all probability do not utilize external controls for direction,
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nor do they have any visible means of propulsion. The flying saucers fly on an
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entirely new principle, namely, the Biefeld-Brown electrogravitational effect,
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and hence do not utilize any of the standard aerodynamic principles of an
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airfoil. Flying saucers cannot be understood from the traditional principles of
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aeronautical engineering.
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To understand the flying saucers an individual must temporarily bypass these
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points of view, to learn about a new principle, The Biefeld-Brown
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electrogravitational effect, and then return to the older points of view for
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critical theoretical analysis and empirical testing.
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Years ago, long before saucers as such were reported by observance, Townsend
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Brown developed a captive flying saucer, that is, a scale model saucer with a
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free bearing going around a stationary pole.
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Brown did not start with round objects, in fact, the first object that flew, was
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a triangle, the next a square, then a square with the edges cut off, and finally
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a round shaped saucer.
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Since experiments proved the saucer shape most effective, the changes were mode
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for empirical reasons.
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Having solved the problem of horizontal thrust, Townsend Brown developed a
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profile shape which would be most efficient to shape the electrogravitational
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field for maximum vertical thrust. The final profile developed was that of a
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saucer, with a small dome on the top.
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The first report of a disc shaped object in the sky dates back to the sixteenth
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century. At long intervals during the centuries since have come other reports.
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Most of them are undoubtedly unreliable as observations, distorted by telling and
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retelling. But in these older reports, there is a teasing common thread
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concerning appearance and behavior which makes any certainties about the
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unreality of flying saucers very insecure.
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One of the great difficulties in substantiation of these reports is that in both
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appearance and behavior, these objects seem to be simple scientific
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impossibilities. Here are some of the reasons advanced by technical men to prove
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the impossibility of devices such as the reports describe:
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1. The reports reveal, in most cases, no method of propulsion
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which can be understood. There are no propellers in any of
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the reports. Some of the reports describe a long flame jet
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trailing behind a cigar shaped object. But this flame is
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orange red in color, indicating an inefficient combustion
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which would make it ineffective as a reaction jet such as
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propels rockets and jet planes. No other known physical laws
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seemed capable of explaining the observed motion of the
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objects.
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2. The reports describe a range of speed and acceleration from
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stationary hovering to speeds greater than present day rockets
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can deliver, and the changes of rate of motion, the
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acceleration, are far beyond the capacities of any known
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man-made vehicles. Flight experts point out that such
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accelerations would impose impossible stresses on any human or
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human like occupants. Therefore, they say, the reports must be
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false or erroneous.
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3. Many of the reports concern night sightings and describe a
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glow, usually of blue or violet color, around a periphery of
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the objects. Physicists have noted that such a glow is
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characteristic of a very high voltage electrical discharge,
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but add that this suggests no means of explaining the
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appearance or behavior of the objects described in the
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reports.
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4. The description of shapes and performance seems to indicate a
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complete or almost complete disregard of aerodynamic
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principles. The objects seem not to need the support of air
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as a plane does, nor to depend on the lift provided by
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properly designed surfaces moved rapidly through the air
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medium.
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These are weighty arguments, PROVIDED THE ASSUMPTIONS BEHIND THEM ARE CORRECT.
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But now comes physicist Townsend Brown, who has spent the last 28 years exploring
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the consequences of a simple experiment he performed at the suggestion of Dr.
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Biefeld in 1923. Dr. Biefeld, professor of physics and astronomy at Dennision
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University, former classmate of Einstein in Switzerland, wondered if an
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electrical condenser, hung by a thread, would have and tendency to move when it
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was given a heavy electrical charge. Townsend Brown provided the answer. The
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is such a tendency. But the attempt to understand and explain this motion has
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occupied him ever since, and led to discoveries of truly basic importance.
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The observed motion of a charged condenser has been labeled the Biefeld-Brown
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effect. Studying this effect, Brown pointed out in 1923 that this tendency of
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a charged condenser to move might easily grow into a new a basically different
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method of propulsion.
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By 1926 he had described a "space-car" utilizing this new principle.
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By 1928 he had built working models of a boat propelled in this manner.
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By 1938 he had shown that his specially designed condensers not only moved, but
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had certain interesting effects of plants and animals.
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All of this, while very exciting, is for most of us just a repetition of the
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story scientific development so characteristic of our age. But now comes the
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unexpected. Townsend Brown, working in his laboratory, building models and
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trying endless variations of size, shape and design of his charged condensers,
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made a flying saucer which flew around maypole, BEFORE FLYING SAUCERS BECAME A
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NEWSPAPER TOPIC. AND THE REASONS LISTED ABOVE, WHICH LED THE SPECIALISTS TO
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REJECT THE REPORTS ON OBSERVED SAUCERS, PROVED TO BE BOTH EXPLICABLE AND
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NECESSARY TO THEIR OPERATION UNDER THE ELECTROGRAVITATIONAL PRINCIPLE.
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Let us look at the four main objections in a new light:
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1. No understood method of propulsion. The saucers made by Brown
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have no propellers, no jets, no moving parts at all. They
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create a modification of the gravitational field around
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themselves, which is analogous to putting them on the incline
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of a hill. They act like a surfboard on a wave. The
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surfboard moves without propellers or jets too. But it is
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confined to the direction and speed of the water wave. The
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electrogravitational saucer creates its own "hill", which is
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a local distortion of the gravitational field, then it takes
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this "hill" with it in any chosen direction and at any rate.
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2. The second objection concerned the tremendous accelerations
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which, on the basis of previous technology, would subject any
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animal occupants to unbearable stresses. But, says Brown, the
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occupants of one of his saucers would feel no stress at all,
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no matter how sharp the turn or how great the acceleration.
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This is because the ship and the occupants and the load are
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all responding equally to the wavelike distortion of the local
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gravitational field. In an airplane the propeller pumps air
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backward and by reaction itself moves forward. The reaction
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thrust on the propeller is transferred to the frame of the
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aircraft. This frame shoves the load and the occupants
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forward CONTRARY TO THEIR NATURAL TENDENCY TO MOVE AT A
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CONSTANT RATE IN A CONSTANT DIRECTION. But in the saucer no
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such transfers of thrust from one member to another occurs.
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The entire assembly moves in unison in response to the locally
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modified gravitational field. The nearest analogy in our
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experience is going down in an elevator. When the elevator
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starts down, it is not necessary for the elevator to shove on
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our bodies, both elevator and passengers share a gravitational
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tendency to move down. They do so without any shoving or any
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stresses between elevator and passengers.
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3. Townsend Brown's saucers require a highly charged leading
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edge, the positive pole. But such a charged pole produces an
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electrical corona. In the largest models made, this develops
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a decided bluish-violet glow easily visible in darkness or a
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dim light. A full scale ship operating on this principle
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would be expected to produce a spectacular corona effect
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visible for many miles.
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4. The outlines and shape of Brown's saucers were the result of
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electrogravitational considerations, not the result of wind
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tunnel tests of aerodynamic designs. For they move, not on
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the lift of air, but on the lift of a modified gravitational
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field. In operating saucers such aerodynamic considerations
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would have to be taken into account to reduce drag and
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friction, but not to produce lift and thrust.
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5. And, finally, when Brown turned his attention to improved ways
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of generating high voltages, the most promising new method
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involved the use of a flame jet to convey negative charges
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astern. This flame was relatively inefficient as a generator
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it is was adjusted for the best combustion of fuel. But if it
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was adjusted to an orange-red color, indicating incomplete
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combustion of fuel, it conveyed the charges very effectively
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and set up the required negative space charge behind the ship.
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The reasons advanced by the experts to "explain away" the saucer reports, when
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seen from a new and different viewpoint, appear to be the specific reasons why
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they can operate, on electrogravitational rather than electromagnetic principles.
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The next opinion which must be corrected is the idea of overly intensified
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supersonic vibration. The Townsend Brown experiments indicate that the positive
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field which is travelling in front of the saucer acts as a buffer wing which
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starts moving the air out of the way. This immaterial electrogravitational field
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acts as an entering wedge which softens the supersonic barrier, thus allowing the
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material leading edge of the saucer to enter into a softened pressure area.
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The University for Social Research is ready to offer this experimental finding
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to the jet airplane and guided missile industry as a practical method of
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softening the supersonic barrier.
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It should be noted that in a jet plane or guided missile the extra weight added
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to create the Biefeld-Brown electrogravitational effect would be compensated for
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by the added thrust created by the movement of the plane toward the positive
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field created in front of the leading edge.
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As we have previously stated, for every known electromagnetic effect there is an
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analogous electrogravitational effect but electrogravitational application and
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results differ from those of electromagnetic. This presupposes that an entirely
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new electrogravitational industry comparable to the present electromagnetic
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industry will emerge from the theoretical formulations and empirical experiments
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of Townsend Brown.
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The University for Social Research, in presenting the Biefeld-Brown
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electrogravitational effect, offers to the world new vistas of increased
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production, betterment of human living and additional economic stability to all
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countries.
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Mason Rose, Ph. D.,
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President University for Social Research.
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Proposed Aero-Marine Vehicle
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(Figure 1)
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Landing
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Position Craft rests on spherical pontoons
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Stage 1 Flame-jet operating as ducted fan. In this stage there is no
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electrical excitation and no Plasma vortex. Sub-canopy pressure
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sufficient to lift craft only about 10 ft above water surface.
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Pontoons partially retracted. Gyro wheel in cabin dome provides
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horizontal stability and orientation control.
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Stage 2 Electrical excitation how applied. High potential or incandescent
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cathodes initiates plasma flow as torodial vortex. Incoming ion
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plasma bucks outgoing gas flow from flame-jet, causing confinement
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of pressure under canopy, thus increasing lift. At this stage
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vortex is slightly larger than diameter of craft. Craft not about
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25 ft elevation and the sub-canopy pressures are causing further
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lift. Pontoons completely retracted.
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Stage 3 As craft rises, torodial vortex expands to about 3 (craft)
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diameters. Axial upwelling bucks downward jet stream. At about 50
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ft elevation, sub-canopy pressure diminishes to equal the weight of
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craft and equilibrium is established.
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Stage 4 Horizontal thrust in any direction is provided by altering symmetry
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of electrical field and resulting vortex pattern, allowing flame gas
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escape (to the rear) and traction of one leg of the vortex upon the
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water surface. Unbalanced canopy pressures provide forward thrust
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and the additional lift of the leading edge causes a change in the
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altitude of the craft.
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