re: NY Times: Pentagon’s UFO Program - aerospace/esoteric/quantum mechanics/future

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Metamaterials Not From Earth
JANUARY 26, 2019

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Metamaterials, in this context defined as pieces of UFOs, debris, implants or other exotic items have been a huge topic since they were referenced in the New York Times piece on December 16th, 2017 and long before that, as well. A lot of work has been done behind the scenes regarding these materials. Data and information will be coming to light via To the Stars Academy’s ADAM Research Project and most likely other groups. Some of the work has been described in Dr. Diana Walsh Pasulka’s amazing book, “American Cosmic: UFOs Religion, Technology.” I can’t say for sure, but I have a hunch that behind the scenes, conclusions have been made about how these authentic Metamaterials were constructed in zero or microgravity and most likely not manufactured on Earth.

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Tom Delonge brought up the Metamaterials during his interview with Joe Rogan in 2017:

Delonge: “…looking at debris that they probably still have in a warehouse, going ‘we have no f*****g clue how to make this or back engineer this stuff.’ I mean, there’s a piece of metal, from a crash that I’ve seen, and I’ve seen the science on it, and it’s so… it’s atomically aligned and it’s layered in like eighty layers within just a few microns of purities of metal that aren’t even in our solar system and they think it needs to be made in an area where there’s no gravity. So, number one, it has to be made in space. Number two, even if we were to create a machine that can potentially do some of this stuff, 3D printing layers of different metals of obscene purities, it would cost hundreds and hundreds of millions of dollars. We don’t even have that.”

Rogan: “What did they think? That it was made without gravity?”

Delonge: “Because I think it’s the atomic structure. So what happens is when you radiate it with Terahertz, it loses mass, something weird. It resonates some kind of harmonic, and then it gets lighter and if you hit it with enough terahertz it’ll float. So we’re going to be showing people this stuff. We’re going to be bringing out the hardware, some of the hardware. We’re going to be bringing out implants. We’re going to be bring out videos. We’re going to bringing out some other stuff.”

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Frank Statler: “Can you give us a little background on the nature of the recovered materials mentioned in the New York Times story?”

Dr. Garry Nolan: These are not your grandma’s alloys. If these materials truly exist– they are going to be found to be metamaterials. Though I call them metamaterials– it’s really for lack of a better term. They are probably even more engineered and subtle than that. The science of metamaterials is only a few decades old, but there is a whole ecosystem of new journals growing up around their unexpected and wondrous properties. One way to think about metamaterials is that is, basically, quantum engineering—working with “normal” matter in a way that takes advantage of properties we don’t fully appreciate yet. We draw the physical universe with only 80 elements. I would guess—just hypothesis– that “they” (an advanced civilization) that we might infer can accomplish some of the feats observed by the pilots understand the subtleties of isotopes and design with all 253 stable isotopes. The metamaterials “they” could design would be more subtle and likely encompass a greater understanding of reality and physics than we know now.

Remember, isotopes of a given element have the same electronic configuration, so they form covalent bonds similar to their sister isotopes (though with subtle differences in bond strengths). However, their nuclei have different spins for instance with, at times, unpaired neutrons. The various nuclear configurations gives rise to multiple fascinating opportunities in designing metamaterials. Want to know what your children should be studying in school? Physics, metallurgy, and advanced composite materials.

People interested in understanding the reality of what’s going on with these metamaterials (so-called alloys) need to understand this: https://en.wikipedia.org/wiki/Isotope . There are 253 isotopes that do not undergo radioactive decay in any reasonable time frame. This page has a table of nuclides where the grey boxes denote the 253 stable isotopes. Some elements, such as aluminum, have only 1 stable isotope. Titanium and nickel each have 5 stable isotopes. Tin (Sn) has eight! There are natural ratios of these isotopes that are largely governed by stellar decay processes, centrifugal forces (solar and other) during planetary formation, and proximity to gamma and other radiation sources. The ratios vary only slightly (maximum a couple percent) across a solar system. Significant variations in isotope ratios imply either engineering of the ratios for a purpose, or that the materials came from somewhere that does not “play by our rules”.

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