Monday, 25 April 2016


05 March 1946
May 1946
NEPA begins
23 February 1947
San Diego Union article declaring a remotely controlled atomic airplane was being built.
24 June 1947
Kenneth Arnold UFO Mt. Rainer flying @ 1700 mph or 2.289060241 Mach. Arnold believes that the craft was remotely controlled.
08 July 1947
The first UFO reports for project sign
July 1947
Pentagon officials were expressing alarm about the flying disk reports
February 1949
Project Grudge
13 May 1949
First Canberra Flight
28 September 1949
“45,000 horsepower is required to drive a 25 ton plane 1500 miles an hour (MACH 1.97) at 70,000 feet. … The power requirement would jump to 200,000 horsepower at sea level because of greater air resistance.”
U.S. May Push Efforts to Make Atomic Engine
Los Angeles Times (1923-Current File); Sep 28, 1949;
ProQuest Historical Newspapers: Los Angeles Times
pg. 12
16 October 1949
Caltech scientists on Mount Palomar observe “flying disk” that sets off Geiger counter.
21 February 1951
A British Canberra B.2 flown by Roland Beamont became the first jet to make a nonstop unrefueled flight across the Atlantic Ocean, arriving in the United States for USAF evaluation.
22 February 1951
New York Times (1923-Current file); Feb 23, 1951; ProQuest Historical Newspapers: The New York Times with Index pg. 1
12 July 1952
UFO flap
September 1952
ARDC awards contract Martin Aircraft Company to modify the B-57 with high lift wings and powering it with the new American version of the Rolls Royce Avon-109 engine.  Meanwhile WADC has two German aeronautical engineers, Woldemar Voigt and Richard Vogt researching ways to achieve sustained high altitude flight. USAF Major Seaberg an aeronautical engineer for Chance Vought Corporation until being recalled to serve in the Korean War, was serving as assistant chief of the New Development Office of WADC's Bombardment Branch.
05 March 1953

Stalin is murdered.  

Sunday, 17 April 2016


By James H. Winchester
Nuclear tipped enemy missiles traveling at 17,000 miles an hour are streaking for American cities. Suddenly, sharp beams of ruby-red light, brighter than the center of the sun, stab out from the earth. The heat of those invisible rays is powerful enough to cut a diamond or slice through stainless steel. Meeting the intercontinental warhead head on at the incredible speed of 186,000 miles a second, they disintegrate it while it is still hundreds of miles away from its target.

This is only one of the revolutionary applications envisioned through the development of a new kind of light source known as the "laser". Lasers- the word is formed from the first letters of Light Amplification by Stimulated Emission of Radiation-- take ordinary light, greatly increase its strength and direct it with pin point accuracy in a pencil-thin beam for incredible distances without spreading out or dispersing as ordinary light beams do.

One such laser beam has already been used to shine a light on the moon from earth for the first time, illuminating a two mile area. If an inch wide beam was fired from Los Angeles, it could be trained on a single building in San Francisco, 347 miles away. This new technique of harnessing light is creating a technological sensation in the electronic world, both military and civilian, paralleled only by the introduction of the transistor a decade ago.

The laser is already pointed toward many peaceful and practical uses-- superlative communications, new dimensions, in astronomy, wireless power transmission, knifeless surgery, navigation and mapping made accurate to the millionth on an inch, to name a few-- but its applications for weapons of tomorrow are the ones that stagger the imagination.

"The United States must not let the Soviet Union be the first to develop such a system of weapons," warns blunt talking Air Force Chief of Staff Curtis Lemay. "With them, they could neutralize our intercontinental ballistic missiles. They could change the balance of decisive power in their favor."

To make certain that we do not lose this race for supremacy in any futuristic war without bullets, the Department of Defense is pouring increasing millions into laser research and developments. Among the projects being pushed is one which would use invisible, infrared laser light to blind enemy troops-- temporarily or permanently. The enemy wouldn't even know how or from where its troops were being attacked.   

At the Redstone Arsenal in Alabama, the Army Ordance Missile Command is deep into the development of a mobile light ray machine for use by ground troops against low flying planes. A single burst from the "death ray" gun would ignite fuel tanks. Air Force scientists are working toward the day day when supersonic planes would fight one another with these invisible rays. Electronic equipment would be made unworkable, the plane itself knocked off course, its crewmen blinded.

Spy satellites, armed with laser guns, will be extremely valuable for reconnaissance, allowing infrared photos to be taken from high altitudes with pin point accuracy. A laser camera, for instance, aimed from New York, could photograph a golf ball dropped over Chicago. With Substitution of harmful rays of light for the visible light, literal "death rays" could be directed onto earth from satellites.

Whole areas could be terrorized. Military scientists are already testing the effect X-rays or gamma rays might have when concentrated from a height of several hundred miles. The Navy is hard at work seeking to adapt laser rays for underwater anti-submarine sound detection uses.

It takes a powerful tool to accomplish these, as well as hundreds of other applications envisioned in industry, medicine, chemistry and other peaceful fields. The laser is all of that. Two dramatic demonstrations of this awesome energy were given last spring, less than two years after the first laser light ray was perfected.

In one, engineers from General Electric used laser light rays, generating temperatures in the order of 10,000 degrees F., to cut diamonds one of the toughest substances (see cover). General Electric, as well as others, have also used the light to pierce holes in stainless steel, tungsten and other hard metals.

A few days after the diamond cutting demonstration, Raytheon Co. and Massachusetts Institute of Technology scientists in Lexington, Mass. hit the moon repeatedly with powerful bursts of laser lights, and caught the reflections back on earth. Man had never before hit a celestial body with a light ray.

The object of all this intensive attention, the laser, is based on breakthroughs achieved in the use of electromagnetic radiation as a force. First, there was the "maser," for Microwave Amplification by Stimulated Emission of Radiation. Masers, which use invisible radio microwaves, were developed in 1954 in a Columbia University laboratory by Dr. Charles H. Townes. Just as the name implies, when the maser is "stimulated" by a high frequency radio signal, a microwave, it amplifies the signal and re-emits it.

Lasers work in a like manner, except they are stimulated by and emit light instead of microwaves, amplifying and generating coherent energy in the optical, or light, region of the spectrum. For this reason the laser is sometimes called an "optical maser." The achievement of laser, first from announced in 1960 by scientists from the Hughes Aircraft Co. was the culmination of a half-century of research and experimenting to generate light waves as efficient and precise as radio waves.

Just how a laser works is explained in detail by Raytheon scientists, who’s recently announced LHM-1 is four times more powerful than any other device in the field:
"Light of course is usually thought of as being waves of energy. The waves being extremely short, being measured from crest to crest in millionths of an inch. Each color light has its specific wavelength and frequency.

That is, the waves will pour past at a certain number per second. The longer wavelengths and lower frequencies are in the red part of the spectrum. As the wavelengths and lower frequencies are in the red part of the spectrum. As the wavelengths grow shorter and more waves per second are generated, the color changes, moving toward the blue or violet end of the spectrum.

"Light from the sun or from ordinary lamps is actually a conglomeration of all of these colors, a mixture of all the wavelengths or frequencies. The light pours out in an 'incoherent' label or jumble of wavelengths or frequencies, constantly interfering with each other.

"By contrast, radio waves are what are called 'coherent.' The waves pour out evenly, rhythmically, undisturbed by other wavelengths. Thus a radio or TV receiver can tune in on a specific wavelength, or frequency, and receive a clear signal, undisturbed by other stations. "In the laser, we have perfected beams of coherent light, light that is a single color, a single wavelength, or frequency.

This is the real key to laser- the use of light beams as radio beams are used." To generate these beams of coherent light, scientists apply the fact that atoms contain varying amounts of energy. At one moment, an atom may have a high level of energy. The next moment it will fall to low level, giving off the lost energy in waves. Chromium atoms, for instance, emit energy in red wavelengths.

To create laser beams, either in a natural or synthetic ruby, containing atoms of chromium, is exposed to an intense flash of incoherent light. This light "pumps" the chromium atoms up to a high energy level. As they fall back to low energy levels, a red light of a single wavelength and frequency is emitted. (Light sources on the order of 1000 watts have been used to stimulate the ruby. But, recently RCA scientists used a 12-inch parabolic mirror and 50 watts of sunlight to power a laser.)

The result is an almost perfect ray-- intense red light shooting out in a narrow controlled beam at the rate of 400 trillion unbroken waves a second. The end focus of this ray, as an example of its concentrated power, might be no bigger than a man's fingernail. Yet its light would be as bright as a million 100-watt bulbs. This power can be further concentrated through a focusing lens, as was done in the diamond cutting, to such a strength that it vaporizes anything within the tiny area it hits.
In this manner, GE engineers, among many others, have produced laser light with a heat of some 18,000 degrees F., about twice the temperature of the sun's white hot surface.

In Schenectady, GE's Dr. Kiyo Tomiyasu and his associates have also learned how to make laser light carry information. Modulated in the same manner as radio waves, laser rays can carry far more intelligence than any known microwave beam. Each five-thousandth-of-a-second burst of light can be made to transmit coded information equivalent to 20,000 words. One beam theoretically will allow transmission of 100 million simultaneous telephone calls.

Such performance is possible because of laser's high frequencies. Signals on laser rays are static-free and jam-proof. They are also spy-proof because their high directional beams do not "leak" to any important degree. Looking toward a peaceful future for lasers rather than strict military applications, scientists see great uses in space, particularly in communications. For instance, when a missile nose cone-- or future spaceship--- reenters the atmosphere, it surrounds itself with a sheath of plasma, or hot, ionized gases.

These repel radio waves. Strong laser light can penetrate this plasma belt and be used to carry messages down to earth and back again.

Chemical manufactures are looking toward laser and its high degree of control for use in controlling delicate chemical reactions. Separating uranium 235 isotopes from its neighbors is one possibility. In addition, entirely new compounds, ones never seen or heard of, may come when chemical react under beams of laser light.

Long distances-- on earth and in space-- can be measured with laser light with millionths of an inch accuracy. Laser beams are already in use as a cutting tool, even for some kinds of surgery to burn off tumors on the retina of the eye of animals and to weld damaged retinas of humans.        

There are predictions that laser rays will be used for delicate brain surgery, cutting through human tissues with a controlled precision now impossible. The Hughes Aircraft Co. and the Sperry Rand Corp. have developed laser powered radar that is 10,000 times more accurate than the present radio-frequencies. (The Sperry Rand radar can measure spaceship speeds from five miles per second down to  one ten-thousandth of an inch per second!)

Laser rays, used with telescopes, will give astronomers clearer pictures of the outer world than ever before, enable them to chart stars now invisible by any means from earth. Others foresee laser beams being used to carry power, much as high tension wires are now used.

The realization of these wonders are rapidly being achieved. Laser ranging and radar equipment is already being built. Laser navigation systems are expected before 1965. Communications by light beams are expected to be at work before the end of the decade. The first of the military "death rays" will be reality, say Pentagon planners, before 1970.

However long it takes to move from research to reality though, the magic word in science today is "laser." It's a field exploding like the atom itself and nobody yet can even envision half the things it will accomplish in war and peace


The January 1986 Height 611 story lines up with Ben Rich's account of receiving a piece of stealth skirting from a crash site in Siberia in February of 1986 (Rich & Janos, 270). Rich claims that it was part of a D-21 drone from a 1969 mission over China. The drone went off course and landed in Siberia. The timing suggests otherwise. The historical record shows that the American Ruling Class never stopped their overflight of the Soviet Union as was claimed after the 1960 shoot down of Gary Powers. It is also notable that the elements not known to be part of the Blackbird's make up are known to be used in molten salt reactors. 

Rich, Ben R., and Leo Janos. Skunk Works: A Personal Memoir of My Years at Lockheed. Boston: Little, Brown, 1994. Print.

Saturday, 16 April 2016


The Soviets shot down at least two Blackbirds in the 1980's. This was the reason for the shutdown of the program in 1989. 

The elements not marked with an x are all elements that are found in molten salt reactors. 

29 January 1986
The USSR's Height 611 UFO crash of 29 January 1986 and the analysis of the samples of the taken from the crash site are consistent with materials used by the Blackbird. Of the materials found at the crash site one of the most interesting was a carbon based mesh. Which consisted of quartz filaments 17 microns thick, and golden wires inside each filament. The outer edges of the Blackbird used a fiberglass based composite to reduce its radar cross section. They also found titanium. Researchers that worked the site also came down with symptoms consistent with radiation poisoning. 

10 August 1989
An unsubstantiated UFO case comes to us from Russia. According to the reports, not far from the city of Prohlandnyi at 1:00 AM, on August 10, 1989, Soviet military radar units picked up an unidentified flying object. An attempt was made to contact the craft, without success. The UFO was classified as "hostile." Russian defenses were put on alert, and Mig-25s were put in the air to find and identify the UFO.Soviet military radar units picked up an unidentified flying object. An attempt was made to contact the craft, without success. The UFO was classified as "hostile." Russian defenses were put on alert, and Mig-25s were put in the air to find and identify the UFO.

13 November 1989 

Bob Lazar appears on Las Vegas television with George Knapp.
22 November 1989
Air Force SR-71 program officially terminated.



1952 to 1955
The Atomic Energy Commission(AEC)* did an analysis of nuclear power sources and evaluated them on their feasibility to be used with future spacecraft.

Specialized studies on nuclear-electric sources for space applications were done under the Pied Piper Program conducted in 1954(Ref. 2). These studies were later integrated into the Weapons Systems 117-L (WS 117-L) program, which conducted studies on a wide spectrum of energy and satellite systems for space.

A joint AF-AEC committee established specifications for nuclear power in space. This included the power, life and interrelation of the nuclear device and spacecraft. The role of the AEC was to promote the development and utilization of atomic energy. The Pied Piper Program was later renamed the SNAP program.

A formal request for proposal studies was issued jointly by the
Department of Reactor Development (DRD) of the AEC and the Air Force Wright Air Development Center (AFWADC). AiResearch and Atomics International (AI) proposed a Zr-H reactor coupled to a Mercury-Rankine power conversion system. The early work was done independently by Lockheed Missiles and Space Division(LMSD) with Thompson Ramo Wooldridge (TRW) and AI with AiResearch of the Garrett Corporation. Funding was jointly sponsored by the AEC for the reactor development and the AF for work on the power conversion system (Ref. 3).

June 1957
AEC assumed complete control of the project and AI became
the prime contractor. TRW was contracted to complete work on the power conversion system and the research being completed by AiResearch was phased out completely by March 1958 (Ref. 3). Atomics International chose an epithermal reactor design for space applications over a fast reactor because the critical mass of a useful fast reactor would result in an uranium cost of the order of one million dollars (1961). For a reactor which was to be produced in quantity the resulting cost would have been greater than that of delivery into space when the launch costs fell below $1000 per pound (Ref. 4). Also, for temperatures between 315 to 10930C the Zr-H reactor was lighter than an
equivalent fast reactor.

October 1957
The first SNAP critical assembly was tested in October 1957, three weeks after Sputnik I was launched. The SNAP Experimental Reactor (SER) was operated in 1959 and the SNAP 2 Developmental Reactor (S2DR) in 1961. The SNAP 2 reactor had Zr-H fuel to be coupled with a Mercury-Rankine power conversion system. Table 1 is a compilation of SNAP reactor test experience and Table 2 outlines the development program.

The AF requested Al to study a reactor designed with thermoelectric

conversion units.