History of Carbon Fiber In 1958, Dr. Roger Bacon created the first high-performance carbon fibers at the Union Carbide Parma Technical Center, located outside of Cleveland, Ohio.[4]The first fibers were manufactured by heating strands of rayon until they carbonized. This process proved to be inefficient, as the resulting fibers contained only about 20% carbon and had low strength and stiffness properties. In the early 1960s, a process was developed using polyacrylonitrile (PAN) as a raw material. This had produced a carbon fiber that contained about 55% carbon and had much better properties. The polyacrylonitrile (PAN) conversion process quickly became the primary method for producing carbon fibers.[2]
History of the Integrated Circuit Father of the Microchip 1958
Jack Kilby, an engineer with a background in ceramic-based silk screen circuit boards and transistor-based hearing aids, started working for Texas Instruments in 1958. A year earlier, research engineer Robert Noyce had co-founded the Fairchild Semiconductor Corporation.
From 1958 to 1959, both electrical engineers were working on an answer to the same dilemma: how to make more of less. In designing a complex electronic machine like a computer it was always necessary to increase the number of components involved in order to make technical advances. The monolithic (formed from a single crystal) integrated circuit placed the previously separated transistors, resistors, capacitors and all the connecting wiring onto a single crystal (or 'chip') made of semiconductor material. Kilby used germanium and Noyce used silicon for the semiconductor material.
Night Vision Another good example from the 1950s
Where Did Thermal Imaging Devices Originate From?: Thermal imaging devices were first developed for military purposes. According to Bullard Thermal Imaging, "In the late 1950s and 1960s, Texas Instruments, Hughes Aircraft, and Honeywell developed single element detectors that scanned scenes and produced line images. These basic detectors led to the development of modern thermal imaging."
History of the Superconductor Superconductor 1957
Mysteries of Superconductors - BCS Theory In 1957, scientists began to unlock the mysteries of superconductors. Three American physicists at the University of Illinois, John Bardeen, Leon Cooper, and Robert Schrieffer, developed a model that has since stood as a good example of why superconductors behave as they do and expressed the advanced ideas of the science of quantum mechanics. Their model suggested that electrons in a superconductor condense into a quantum ground state and travel together collectively and coherently.
So now we have evidence that Corso may be telling the truth. It took a long time to backwards engineer the technology that was found back then. Corso never claimed they invented the technology we are speaking of, but that he was in charge of releasing it to industry that were already working in those fields, they seemed to be the best chance of developing it. In his book he explains this in detail.
He said he contacting people at these companies and only the need to know were let into the know. His only requirement was that they used it and take the claims of the development, patents and to release it into the consumer markets!
Now lets explore how some of these crafts may have worked
Anti Gravity?
Who is T.T. Brown?
Early and middle yearsNotice the gap again 1930 then advancement in 1955 also I highly recommend going back to that link and try to bring up his patents from the US Patent office yes the link is official. Hint good luck
Brown was born in Zanesville, Ohio; his parents were Lewis K. and Mary Townsend Brown. In 1921, Brown discovered what was later called the Biefeld-Brown effect while experimenting with a Coolidge X-ray tube. This is a vacuum tube with two asymmetrical electrodes. Brown noticed that there was a force exerted by the tube when it was connected to a high-voltage source. This force was not caused by the X-rays, but by this new effect. Later, in 1923, he collaborated with Paul Alfred Biefeld at Denison University, Granville, Ohio. He started a military career afterwards and was involved in a number of science programs. In 1930 he joined the U.S. Navy and conducted fundamental research in electromagnetism, radiation, field physics, spectroscopy, gravity and other topics. He later worked for Glenn L. Martin and, still later, for the National Defense Research Committee (NDRC) and the Office of Scientific Research and Development, headed at that time by Dr. Vannevar Bush. After 1944 he worked as a consultant to the Lockheed-Vega Aircraft Corporation.
Later years
In 1955, Brown went to England, and then France where he worked for La Société Nationale de Construction Aéronautique du Sud Ouest (SNCASO). In 1956, the aviation trade publication Interavia reported that Brown had made substantial progress in anti-gravity or electro-gravitic propulsion research. Top U.S. aerospace companies had also become involved in such research (see United States gravity control propulsion research (1955 - 1974)) which may have become a classified subject by 1957. Others contend Brown's research simply reached a dead end and lost support. Though the effect he discovered has been proven to exist by many others, Brown's work was controversial because others and even he himself believed that this effect could explain the existence and operation of unidentified flying objects (UFOs). Brown was an early investigator of UFOs and in 1956 helped found the National Investigations Committee on Aerial Phenomena (NICAP).
Though Townsend resigned not long after NICAP was founded, NICAP was an influential force in civilian UFO research through 1970. The organization's activities drew the attention of the Central Intelligence Agency (CIA), several high-level officers of which joined the group. Brown's research has since become something of a popular pursuit around the world, with amateur experimenters replicating his early experiments in the form of "lifters" powered by high-voltage.
T.T. Brown Electrogravity Vacuum Experiments
AntiGravity Physics Explained
Electrogravitics
Electrogravitics is a research subject based upon the original work of Nikola Tesla, and hypotheses advanced by Thomas Townsend Brown and Brown's subsequent extensive experimentation and demonstrations of the effect. The term was in widespread use by 1956.[1] The effects of electrogravity have been searched for extensively in countless experiments since the beginning of the 20th century; to date, other than Brown's experiments and the more recent ones reported by R. L. Talley[2], Eugene Podkletnov, and Giovanni Modanese, no conclusive evidence of electrogravitic signatures has been found. Recently, some investigation has begun in electrohydrodynamics (EHD) or sometimes electro-fluid-dynamics, a counterpart to the well-known magneto-hydrodynamics, but these do not seem a priori to be related to Brown's "electrogravitics"
United States gravity control propulsion research (1955 - 1974)
American interest in "gravity control propulsion research" intensified during the early 1950s. Literature from that period used the terms anti-gravity, anti-gravitation, baricentric, counterbary, electrogravitics, G-projects, gravitics, gravity control, and gravity propulsion.[1][2] Their publicized goals were to develop and discover technologies and theories for the manipulation of gravity or gravity-like fields for propulsion.[3] Although general relativity theory appeared to prohibit anti-gravity propulsion, several programs were funded to develop it through gravitation research from 1955 to 1974. The names of many contributors to general relativity and those of the golden age of general relativity have appeared among documents about the institutions that had served as the theoretical research components of those programs.[4][5][6] The existence and 1950s emergence of the gravity control propulsion research had not been a subject of controversy for aerospace writers, critics, and conspiracy theory advocates. But its rationale, effectiveness, and longevity have been the objects of contested views.
Maser
A maser is a device that produces coherent electromagnetic waves through amplification due to stimulated emission. Historically the term came from the acronym "Microwave Amplification by Stimulated Emission of Radiation", although modern masers emit over a broad portion of the electromagnetic spectrum. This has led some to replace "microwave" with "molecular" in the acronym, as suggested by Charles H. Townes.[1] When optical coherent oscillators were first developed, they were called optical masers, but it has become more common to refer to these as lasers. See the section on terminology below for more on this.
