"The Wizard of Electro-gravity"The man who discovered how UFO's are powered
by William L. Moore
Saga UFO Report, May 1978
The most illuminating insight into how UFO's are powered can be found in the life and work of an obscure but brilliant American scientist and inventor, Thomas Townsend Brown. Born into a prominent Zanesville, Ohio family in 1905, Brown displayed early in life an interest in space travel - a subject consider4ed sheer fantasy in the days when there were still those who looked askance at the Wright Brothers' flying machines. Nonetheless, young Brown was not so easily dissuaded, and enjoyed dabbling with what then regarded as "modern" electronics. It was his youthful toying with the then infant ideas of radio and electromagnetism that provided a background which was to be invaluable to him in later years; and it was during the course of this experimenting that Brown somehow acquired a Coolidge X-ray tube - an item that was to lead him to make a startling discovery.
|X-rays,(or Roentgen Rays) were indeed mysterious forces in those days (in fact, American physical chemist William D. Coolidge had only just invented the "Coolidge tube" itself in 1913), and even legitimate science was only beginning to learn anything about them. Brown wasn't interested in the X-rays, per se, however. Somewhere in his head rested the idea that maybe a key to space flight might be found here; and toward that end, he set up an experiment to determine whether there might be a useful force of some sort exerted by the X-rays emanating from his Coolidge tube.|
Trying something that no other scientist of his day had thought of, Brown mounted his tube in extremely delicate balance and began "testing" for results. To his disappointment, he was unable to detect any measurable force exerted by the rays regardless of which way he turned his apparatus; but to his amazement, he did note a very strange quality of the Coolidge tube itself. Every time it was turned on, the tube seemed to exhibit a motion of its own - a "thrust" of some sort, as if the apparatus was trying to move! Investigating further, Brown had to spend considerable time and effort before the truth finally dawned. The X-rays had nothing whatsoever to do with this new-found phenomenon - it was the high voltage used to produce the rays which was behind it!
Brown now began a series of experiments designed to determine the nature of the "force" he had discovered, and after much effort finally succeeded in developing a device which he optimistically called a "Gravitor." His invention looked like nothing more than a Bakelite case some twelve inches long and four inches square, but when placed on a scale and connected to a one hundred kilovolt power source, the apparatus proceeded to gain or lose about one percent of its weight (depending on polarity). Brown was sure he had discovered a new electrical principle, but he remained unsure of just what to do with it. And in spite of the fact that there were a few newspaper accounts of his work, no scientist of any stature expressed an interest in his discovery - a not entirely surprising reaction when one considers that Brown was only then about to graduate from high school!
|Readily recognizing his youth as a handicap, Brown elected to
"proceed with caution," and in 1922 he entered the California Institute of
Technology (Caltech) at Pasadena, CA. as a "promising young freshman," and
spent his first year courting the favor of his professors - among them the
late physicist and Nobel laureate, Dr. Robert A. Millikan. His success in
being able to convince his instructors of his excellence as a lab man was
offset by his complete inability to gain even the slightest measure of
recognition for his ideas about electro-gravity. His teachers, steeped to the
last in the rigors of 19th century scientific discipline, steadfastly refused
to admit that such a thing could exist, and hence, "weren't interested."
Undaunted, Brown transferred nearer to home to Kenyon College (Gambier, Ohio)
in 1923, remaining there only a year and then transferring to Denison
University at Granville, Ohio, where he studied as an electronics resident in
the Department of Physics under Dr. Paul Alfred Biefeld, professor of physics
and astronomy and former classmate, in Switzerland, of Dr. Albert Einstein.
Unlike Dr. Millikan at Caltech, Biefeld proved to be interested in Brown's discovery, and together the two of them, professor and student, experimenting with charged electrical capacitors, developed a principle of physics which came to be tentatively known as the "Biefeld-Brown Effect." Basically, the "effect" concerned the observed tendency of a highly charged electrical condenser to exhibit motion toward its positive pole - the same motion observed earlier by Brown with his Coolidge tube.
Following the completion of his formal education, Townsend Brown joined the staff of the Swazey Observatory in Ohio, where he remained some four years and during which time he married. Opportunity came searching in 1930, and Brown left the staff of Swazey to sign on with the Naval Research Laboratory in Washington, D.C., as a specialist in radiation, field physics and spectroscopy.
It was during this phase of his life that he participated in the Navy Department's International Gravity Expedition to the West Indies in 1932, and as a physicist in the Johnson-Smithsonian Deep Sea Expedition of 1933. Later that same year, the Depression took its toll and budget cutbacks forced him to leave the Naval Research Lab in search of "greener pastures." Undaunted, he joined the U.S. Naval Reserve, and, finding scientific jobs scarce, landed a position first as a soil engineer for the Federal Emergency Relief Administration and later as an administrator for the Civilian Conservation Corps in Ohio.
Daytime jobs during the thirties, however, did not prevent Brown from continuing his studies of physics in general and the Biefeld-Brown effect in particular during available evening and weekend hours; and with the passage of time, the original "Gravitator" design saw numerous improvements.
|In 1939, Brown, now a lieutenant in the naval reserve went to
Maryland as a material engineer for the Glenn L. Martin Company of Baltimore
(later Martin Aerospace), but was there only a matter of months when he was
called upon by the Navy to become officer in charge of magnetic and acoustic minesweeping research and development under the Bureau of Ships. He served
faithfully, pressing over the expenditure of nearly $50 million for research
(there were some fifteen Ph.D.'s responsible to Brown at one point), and even
consulting with Einstein himself on occasion (the common bond, remember, was
Dr. Biefeld), until after Pearl Harbor when he was transferred, with the rank
of lieutenant commander, to Norfolk to continue his research while heading up
the Navy's Atlantic Fleet Radar School there.
The early years of the war saw Lieutenant Commander Brown deeply involved as a physicist with projects conducted under the National Defense Research Committee (NDRC), and later under its successor, the Office of Scientific Research headed by Dr. Vannevar Bush. Among other things, Brown performed some very valuable high-vacuum work as well as experiments centered on perfecting methods of ship degaussing. However, the combined effects of his having worked "too long and too hard," and of his personal disappointment in the failure of his projects to gain proper recognition resulted in a nervous collapse in December of 1943. Retirement from the service quickly followed and Brown was sent home to rest.
Six months later, the spring of 1944 found him working as a radar consultant for the advanced design section of Lockheed-Vega Aircraft Corporation in California. Colleagues referred to him as a "quiet, modest, retiring man...a brilliant solver of engineering problems" and "exactly the sort (of man) one expects to find in important research installations." More importantly, he was still working on his Gravitator, although, interestingly, Brown would not speak in terms of gravity when describing it - preferring rather to use the more scientific but decidedly less sensational term "stress in dielectrics."
|Things began to look up just a bit in the post-war years. After
leaving Lockheed, Brown went to Hawaii to take up private residence and to
continue his research. It was during this time, partly through the efforts of
an old friend (A. L. Kitselman) who was then teaching calculus at Pearl Harbor,
that Brown's Gravitor device, somewhat improved over earlier editions, came to
the interest of none other than Admiral Arthur W. Radford, Commander in Chief
of the U.S. Pacific Fleet (later to become Chairman of the Joint Chiefs of
Staff under President Eisenhower, 1953-57). As a result of Admiral Radford's
interest, Brown was temporarily accorded consultant status to the Pearl harbor
Navy Yard, but in spite of the fact that the former lieutenant commander was
well treated by his navy friends, it appears from the evidence that they
considered his invention as rather more of an interesting curiosity rather
than any sort of key to space travel. Perhaps, to engage in a bit of
speculation, had Brown been more of a salesman than a scientist, things might
have been different.
In the meantime, the appearance of UFO's on the American scene at the turn of the decade had succeeded in capturing Brown's personal interest. Eagerly following the controversy as it raged among the military and scientific community in the late forties and early fifties, Brown postulated that perhaps with the proper worldwide scientific appraoch, the question of how UFO's are powered might be solved. In those days, his belief in the abilities of modern science was such that he even dared to speculate on the posibility of a quick solution, given the proper resources and manpower, and, of course, he remained constantly aware of the possibility that he had, through his own efforts at research into electrogravity, hit upon one of the keys to the mystery.
Moving to Cleveland in 1952, Brown conceived of a project he called "Winterhaven." An idea which he hoped with proper refinements could be offered for sale to the military establishment. Through patient research, he succeeded in improving the lift force of his Gravitator apparatus until it was such that it could lift significantly in excess of one hundred per-cent of its own weight - a success that should have raised the eyebrows of any respectable scientist or pentagon official - but apparently didn't, even though the apparatus involved was quite sophisticated and, as we shall see, the demonstrations most impressive.
|According to modern science, everything in the known universe owes
its existence to three basic energies or forces: electromagnetism, nuclear
forces and gravity. Whether these three are separate forces, or whether they
are manifestations of some more basic unifying force is still a matter of
conjecture. Indeed, Albert Einstein's life work was largely devoted to trying
to perfect a theory of Unified Field, and in the process of trying to derive
the field equations involved, came to speculate that what we call "matter" is,
in reality, only a local phenomenon exhibited by areas of extreme field-energy
concentration. Even establishment science does not question the patently
obvious relationship between electricity and magnetism, but the relationship
of these two fields to the "gravity field" constitutes an area physics, which,
more than twenty years after Einstein's death, is still largely
incomprehensible to modern science. In general, most of orthodox science in
the seventies does tend to recognize a loose linking or "coupling" effect of
some sort between electrical and gravitational forces, but precious few
scientists have seen fit to speculate that this coupling effect might be at
all applicable. At least, such is the case officially, although there exists
sufficient reason to suspect that there may have been significant advancements
in this area which are still well hidden under that proverbial "brass lid"
emblazoned with the phrase "Top Secret."
In any event, Townsend Brown's departure from orthodoxy rests on the above point. Brown firmly believes there is a linking force between gravity and electricity. Whether there may be a further connection between magnetism and gravity, and hence a "unifying" field relationship between all three is yet another question. But to get back to basics; Townsend Brown believes - and his experiments seem to bear him out - that the Biefeld-Brown Effect manifests a proven link between electricity and gravity.
|A "dielectric" is defined as a material which has the unique
ability of absorbing electrical energy or "charge" without ordinarily passing
this energy on to neighboring materials. Some dielectrics are able to absorb
enormous quantities of electrical energy (also referred to as "elastic
stress") without discharging, providing that the energy is fed into the
dielectric slowly and at low potential. Still others can be charged at
extremely high potential at a rate equal to several thousand times each
second. Townsend Brown concerned himself principally with this latter type.
Using just such a dielectric, Brown constructed disc (or saucer) shaped
condensers, and, by applying various amounts of high voltage direct current,
witnessed the Biefeld-Brown effect in action. With the proper construction and
electrical potential (in the kilovolt range) the disc-shaped "airfoils" were
made to fly under their own power, emitting a slight hum and a bluish
electrical glow as they did so. More scientifically, perhaps, this process of
"flight" might best be described as "motion under the influence of interaction
between electrical and gravitational fields in the direction of the positive
In 1953, Brown succeeded in demonstrating, in his laboratories, the flight of disc-shaped air foils two feet in diameter around a circular course twenty feet in diameter. The process involved tethering these saucer-shaped craft to a central pole by means of a wire through which the necessary D.C. electrical potential was supplied at a rate of fifty thousand volts with a continuous input of fifty watts. The tests produced an observable top speed of an amazing seventeen feet per-second (11.5 miles per hour).
Working with almost superhuman determination and at great cost to his personal finances, Brown soon succeeded in surpassing even this accomplishment. At his next display, he exhibited a set of disks three feet across flying a fifty foot diameter course with results so spectacular that they were immediately classified. Even so, most scientists who witnessed the demonstrations remained skeptical and generally attributed Brown's motive force to what they called an "electrical wind," in spite of the fact that a veritable "electrical hurricane" would have to be involved to produce the lift-potential observed. Pitiful few gave any credence whatsoever to the idea that the Biefeld-Brown Effect might represent anything new in the world of physics. Government funds were sought to enable the work to continue, but in 1955, seeing that the money was not forthcoming, a disgruntled Brown went to Europe in hopes that perhaps he might be able to generate a little more enthusiasm on the continent.
|The key to this phase was a then 67-year-old widow named Mrs.
Walton C. John - better known as "Clara" to her friends. Clara John was the
occasional publisher of a mimeographed tract known as The Little Listening
Post which dealt with a variety of of novel and esoteric items, not the
least of which was the UFO. In the course of her excursions into the
netherworld of the bizarre and the novel, she had come into contact with
Townsend brown and by 1955 had managed to maintain an intermittent correspondence with him for several years.
Clara John, however, was far too active a personality to satisfy her interests through mere correspondence. In the spring of 1956, Mrs. John had enthusiastically organized a small circle of friends and acquaintances, all of whom shared a common interest in the UFO, into what came to be called "The Flying Saucer Discussion Group" - an informal collection of the curious and interested which met on a more-or-less monthly basis at the Y.W.C.A. and invited well known figures in the UFO field to speak.
|Barely a month later, what was to become the largest, and for a
time the most influential, of the UFO organizations was created: "the National
Investigations Committee on Aerial Phenomena," more commonly referred to as
NICAP. On Aug. 29, 1956, a mere two weeks after final endorsement by the
Flying Saucer Discussion Group. Townsend Brown filed documents of
incorporation for the new organization in the District of Columbia, listing
among the Board of Governors two physicists, two ministers, two businessmen, a
former rear admiral and a retired army brigadier general. Clara John voiced
the hopes of all concerned by stating her expectations that the "floodgates of
confusion" in the UFO field had "at last found a safe and orderly outlet."
Through September and October, Brown, in his capacity as director began to set up shop. The new committee, he felt, should be organized along proven corporate lines so as to insure maximum efficiency in all phases of the operation. Accordingly, an acting treasurer was appointed, office space was acquired, and the services of a secretary obtained. At last, with the final approval on Oct. 24, 1956 of NICAP's corporate charter, Brown's dream became reality. It was, for Brown, to be short lived.
|The showdown came at a climatic meeting of the membership in
January, 1957, at which Brown was accused of following an irresponsible fiscal
policy and leading the group on too radical a course. During the shouting
match that followed, Brown's anti-gravity theories were repeatedly referred to
amidst allegations that Brown's sole purpose was to further his own research.
Faced with bankruptcy or reorganization, the Board of Governors forced Brown's
resignation the next day and appointed former Marine Major Donald E. Keyhoe,
noted UFO author and investigator, as the new director with virtually
The loss of the helm following the January confrontation was, at the very least, a severe blow to Brown's hopes for Winterhaven - but the work went on. Within a year, he was busily engaged as chief research and development consultant for the Whitehall Rand Project, a new anti-gravity venture being conducted under the personal auspices of Agnew Bahnson, president of the Bahnson Company of Winston-Salem, North Carolina.
|In 1958, believing he had finally generated enough momentum to "go
it alone," Townsend Brown organized his own corporation under the name of Rand
International Limited, and set himself up as president. Although numerous
patents were applied for and granted both in the U.S. and abroad, and in spite
of many patiently given demonstrations to interested governmental and
corporate groups, success again eluded him.
In the early sixties, Brown did a brief stint as physicist for Electrokinetics Inc., of Bala Cynwyd, PA. and upon terminating his employment there, went into semi-retirement. Since then, he has lived on in California, quietly pursuing his research in hopes that perhaps someday, with a little luck, the world will notice.
His most recent involvement is with a project housed largely at Stanford Research Institute with additional assistance being provided by the University of California and the Ames Research Center of NASA. The object of the research, details of which are still largely under wraps, is to try to determine what connection there is, if any, between the earth's gravitational field and rock electricity (petroelectricity).
|Which, of course, leads us to the prime question of this article: Why indeed has Townsend Brown's impressive life's work gone so seemingly unoticed for the past three decades? Even today, Brown is still of the opinion that further research into the Biefeld-Brown Effect could lead to a sensational breakthrough in space propulsion methods, not to mention the more domestic variety - if appropriate funding could be made available. Granted, research is expensive, but - is money the real reason for the apparent lack of interest? Perhaps. Or maybe, as Brown himself suggests, the human race is not yet ready to accept a scientific breakthrough that could place man within reach of the stars.|