EVOs - The Most Secret Technology in the World

[David Osielski]

https://x.com/JustXAshton/status/1841507581660983321

EVOs - The Most Secret Technology in the World

This plasma orb you see here is the secret to the MH370 videos. This is why we covered up what we did to the plane.

The SAFIRE project is some kind of front for government plasma/fusion research and they figured out years ago that they could produce a self sustaining ball of plasma with what conventional physics would consider to be magical properties.

I'm listening to an anonymous interview by 'Mr. X' and he's laying it all out, name dropping Hal Puthoff and Eric Davis. Even brings up Davis' Ball Lightning scientific paper. He mentions them using superconducting magnets to contain the plasma.

These balls of plasma are Exotic Vacuum Objects (EVOs) as first discovered by Ken Shoulders. Shoulders called them EVOs because he believed they were extracting energy from the vacuum aka zero point fluctuations.

EVOs feed off electrons and have a superconducting state where cooper pairs form and then there's no electrical resistance. They have a 'gravity shielding' effect. EVOs represent unlimited free green energy for the world.

I am going to expose all of this science and lay it out bare for the world to see.

[Jan Lundquist]

Good get, David.

In 1955, Cornillion would quote Townsend mentioning a report that was briefly? or was it accidentally? unclassified and then reclassified, almost immediately. The Cady report (probably linked for download in the Rose Files section) seems fit the discussion time frame. I wonder if Cady wasn't looking at some early "plasma" research:

"7.5 ) We will adapt the treatment cited in (name censored) ("Conduction of Electricity Through Gases, 3rd ed., Vol. II, 1933, page 544) in considering the force on a charged conductor brought about by the ionic conductivity in a gas."

Though I can still find the book online, every copy i have seen lacks the page he referenced. What I can tell, however from the Table of Contents is that the analysis fell within the Section entitled "Spark Gap Analysis." I have wondered if Townsend was talking about this specific line as being accidentally declassified.

Why censor an author's name but give the book's name, edition number, publication date, and page number where the work can be found?

I took a curiosity tour of the state of plasma research today, and learned that the idea of "Plasmonics" really took off in the mid nineties:

Modern Plasmonics

Ian R. Hooper, William L. Barnes, in Handbook of Surface Science, 2014
Abstract

Over the last two decades the field of plasmonics has proved to be one of the most dynamic areas of electromagnetic research. This seemingly ever-increasing interest can in large part be attributed to the ability of plasmonic systems to tightly confine and control electromagnetic fields in sub-wavelength regions; a property that has made them attractive for a range of applications in fields as diverse as solar cells, medical treatments, and stealth technologies.

https://www.sciencedirect.com/topics/ph ... my/plasmon

Plasmonics are ion forces created at a material interface or fluid/solid boundary layer. Corona wind, it was called in ye olden days.

It will be interesting to see if we hear more about them in the near future.

Jan
.

[Jan Lundquist]

MIT has a department devoted to research in plasma and controlled thermonuclear research. Wonder if their ioncraft came out of that program?

Plasma research was first made possible by the availability of high vacuum chambers. Apparently material Interactions within them could be isolated and held steady long enough for observers to capture the effects of boundary layer stimulation. The public is told that these vacuum chambers became available in the sixties, but, as we have seen, W.F.G. Swann, of the "Franklin Institute" had requested a vacuum isolation cryostat in the early fifties.

The original purpose of the Institute was to train artisans and mechanics in the fundamentals of science. The institution branched into electrical engineering when institute member Henry W. Bartol endowed them with a research lab. Bartol's first director, W.F. G. Swann, oversaw laboratory investigations of cosmic rays from mountain tops, airplanes, ships, underwater, and in unmanned balloons. This is the work for which he is best known, but the lab also manufactured magnetrons for WWII radiation research. After the war, the lab resumed its cosmic ray investigations, and continued "basic research in solid state and surface physics ". https://www.bartol.udel.edu/wwwroot/history.html Bartol, today, builds and maintains a network of neutron monitors strategically located to provide precise, real-time, 3-dimensional measurements of the cosmic ray angular distribution. https://neutronm.bartol.udel.edu/catch/sse1.html

Bartol's scope was further expanded in the sixties with the initiation of research programs in astronomy and astrophysics.This "astro" expansion was the result of an influx of space program money into region. In 1955, the Institute, aware of the potentialy explosive effect on the labor market, had run an ad in the Philadelphia Inquirer saying 300,000 new jobs were on their way. The institute advertised ob descriptions and pay scales, and invited folks to "pre-qualify," stating that a high school diploma might not even be required.
https://www.newspapers.com/article/the- ... 123980726/

The next year, the Institute began to dig deeper to find and cultivate local STEM-leaning students. They offered to provide high schools in the Delaware Valley with enrichment programs for juniors and seniors that included films and speakers and career days, with actual scientists who could offer students advice on academic paths.
https://www.newspapers.com/article/the- ... 123980726/

But to bring this all back to boundary layers, and to advance the story, by 1956, the one and only research ship the NRL ever owned, the USS Timmerman, was being used for propulsion plant studies. Once sea trials were completed, GE sponsored a magazine ad, boasting that the Company's "solar" turbines were responsible for the exceptional speed achieved by the ship.

However, the fact that the Timmerman hull was built of aluminum, certainly must have helped her performance, speed wise. I have been told, or read, that the aluminum also made it possible to test out different coatings over the course of the trials. Out of all of the many, many tests that must have been carried out on this experimental ship, the only declassified report I have found, is a short and simplistic, "Boundary Layer Report." It's probably linked in the Rose Files. My nose tells me that many greater findings came from this experiment. (The Timmerman, btw, is the ship that the supposed PR officer at Philadelphia Shipyard, pointed to as the candidate for the hyperbolic Moore and Berlitz story. )

At the risk of repeating myself, this is how I think all of these things are connected:

Townsend took an idea from Hawaii to LA and developed and tested it further on the West Coast, refined it at the Brush Co. While he was there, he wrote a memo, complaining, that his project had been prematurely assigned to the product development group and wondering it was because someone was playing "politics." When He left Brush, at the end of 1952, he "sold" his idea to GE, convincing them that they would benefit from supporting its further development. GE HQ directed the head of their Washington office to add his idea to their current contract.

This narrative is based on correspondence in the Brush Co. director's archives, a letter from Townsend to Jo, and on a subsequent new line item in the GE contract for the next year that was funded for two years (1953-1954) and then dropped. This is a reasonable time for laboratory research to advance through the development and testing stage into production.

In 1950, Admiral David Clark had announced that the Navy would be revolutionizing warship propulsion, building power plants, so small and powerful that they would be two decades ahead of their time. They would be tested on the USS Timmerman on the ways at the Portsmouth Naval Yard.

Though we have no evidence of their acquaintence, Clark had and Townsend had each served in an engineering capacity at the Philadelphia Naval Yard, during the time that the Navy's isotope diffusion process began. (1939-41) By 1950, Clark was head of the Bureau of Naval ships and expected to retire in 1951. But for some reason or another, he changed his mind and accepted one last assignment as the head of the Portsmouth Yard.

https://www.newspapers.com/article/the- ... 156657561/
https://www.newspapers.com/article/the- ... 156718291/
https://www.newspapers.com/image/907337 ... id%20Clark

One might think Clark was hinting at development of the nuclear power plants, but those engines were built by Westinghouse for America's first nuclear submarine, the USS Nautilus, launched in 1954.

I think that whatever it was that Townsend presented to GE was funded on a pass through contract, to Bartol for the next (applied research) phase of development, after which it was demonstrated in Timmerman sea trials, and then taken into space under the GE Corona Keyhole project. And, whatever it was, I believe it made use of plasma technology.

IOW, I think it would be a mistake to assume that Townsend saw no results from his 1952-53 Winterhaven talking proposal.

But of course,I am open to changing my mind if and when contradictory evidence appears.

Jan

[natecull]

Exotic Vacuum Objects (EVOs) as first discovered by Ken Shoulders

I feel like the word "discovered" is doing a lot of heavy lifting in that sentence, and that post. "Speculated" might be more accurate.

I remember reading hyperventilating articles about EVOs as exotic world-ending weapon systems in the fringe physics literature back in the day - the 1990s or 2000s, probably, and circling back to it a few times since on the Web. Very probably Tom Bearden talking about it in his usual castrophising mode. EVOs were rumoured to be able to shoot through anything and explode like a nuke, but as an electron beam. The work was very interesting and suggestive but it's also completely non-confirmed. Possibly that's because the EVO technology "went black" and is being used in defense systems. Possibly it's because it just didn't replicate or scale.

Existence proof for my skepticism: the world is still non-vaporized, several decades later.

However..... Shoulders is a very interesting guy and did know his electricity. Just like other weird plasma people. https://en.wikipedia.org/wiki/Kenneth_R._Shoulders

Kenneth Radford Shoulders (March 7, 1927 – June 7, 2013) was an experimental physicist. He is known for various work related to the field of energy and has also been credited as an early pioneer of electron beam lithography, which has become a key mask-making technology for modern microelectronics.[1][2] He has additionally been attributed the title, ‘Father of Vacuum of Microelectronics’[2][3] and been known as a founder of microelectronic field emission devices.[4]

In the 1950s, Shoulders worked as a researcher at MIT in applied research on microminiature data-processing components and systems and worked with Dudley Allen Buck in making thin-film cryotron integrated circuits.[5][6][7] In 1958, he moved to California to work as a Senior Research Engineer, Applied Physics Laboratory created by Charles Rosen at Stanford Research Institute (SRI).[8] Shoulders established SRI’s microelectronics program.[9] Early in his career at SRI, Shoulders made the first 12 quadrupole mass spectrometers[10] and then later worked with others such as mouse inventor, Douglas Engelbart and Jerre Noe.[11]

...

In the 1980s, Shoulders moved to Austin, Texas to work at Jupiter Technologies as Chief Inventor and focusing on electron condensed charge technology (referred to as EV's) along with Hal Puthoff.[9][3]

In 2000, Shoulders' work related to high energy electron charge clusters was incorporated into a Future Energy Technologies briefing presented to The U.S. Senate Environment and Public Works Committee.

Hal turns up everywhere, doesn't he?

Since Shoulders was into electron beam lithography (ie, silicon chip fabrication tech) I wonder if he crossed paths with Carver Mead at Caltech (https://en.wikipedia.org/wiki/Carver_Mead )? Mead had some interesting off-axis ideas about physics ("Collective Electrodynamics") which he published in the late 1990s: eg https://mitpress.mit.edu/9780262632607/ ... odynamics/ , and see
https://www.pnas.org/doi/epdf/10.1073/pnas.94.12.6013

Nate