UFO'S of UAP'S, ASTRONOMIE, RUIMTEVAART, ARCHEOLOGIE, OUDHEIDKUNDE, SF-SNUFJES EN ANDERE ESOTERISCHE WETENSCHAPPEN

When it comes to UFOs, those truly in the know – let’s call them the Deep Know – know that no one was going to find out much by storming Area 51. That’s not due to the security but to the reality that the alleged crashed spaceships and live-or-dead aliens are not in Nevada but in Ohio – specifically at Wright-Patterson Air Force Base in Dayton. If any reverse engineering of extraterrestrial technology is going on, it’s going on there. Which is why we should be paying very close attention to an announcement recently that Air Force scientists at WPAFB have developed a liquid metal that becomes stronger and a better conductor when stretched – the exact opposite of all other known conductive materials. Is this what spaceships are made of? Or Terminator-like aliens?

“Typically a material will increase in resistance as it is stretched simply because the current has to pass through more material. Experimenting with these liquid metal systems and seeing the opposite response was completely unexpected and frankly unbelievable until we understood what was going on.”

Old technology liquid metal

“Unbelievable” is not a word you’d expect to be used in a press release from the military, let alone one from an Air Force base so closely tied to Project Blue Book and other secret UFO projects. Yet that is exactly the word Dr. Christopher Tabor, lead research scientist at Air Force Research Laboratory, used to describe the properties of Polymerized Liquid Metal Networks, a new material developed by the lab while researching new ways to make next-generation wearable electronics that won’t weaken when the body it surrounds stretches or bends, and will retain all of its conductivity properties under the same stresses.

“Core–shell particles of liquid metal with surface‐bound acrylate ligands are synthesized and polymerized together to create cross‐linked particle networks comprising >99.9% liquid metal by weight. When stretched, particles within these polymerized liquid metal networks (Poly‐LMNs) rupture and release their liquid metal payload, resulting in a rapid 108‐fold increase in the network’s conductivity. These networks autonomously form hierarchical structures that mitigate the deleterious effects of strain on electronic performance and give rise to emergent properties. Notable characteristics include nearly constant resistances over large strains, electronic strain memory, and increasing volumetric conductivity with strain to over 20 000 S cm−1 at >700% elongation.”

In a technical paper published in the journal Advanced Materials, Tabor and lead author Capt. Carl Thrasher, research chemist within the Materials and Manufacturing Directorate at AFRL, explain how the particles of liquid metal are enclosed in a shell and then chemically tethered to the next one through a polymerization process, linking all of them together. Under stress, the shells break, releasing the liquid that quickly rebonds its particles to maintain the material’s conductivity and inherent stretchability. According to the report, there is no detection of fatigue after 10,000 stress cycles.

“This is something that isn’t available on the market today so we are really excited to introduce this to the world and spread the word.”

Or is it being reintroduced? The Air Force Research Laboratory is the primary scientific research and development center for the Air Force and “plays an integral role in leading the discovery, development, and integration of affordable warfighting technologies for our air, space, and cyberspace force.” More importantly, it’s based at WPAFB which is located at the birthplace of manned flight and the heart of military air flight research since World War I (as McCook Field). And, as the Deep Know and anyone who watched the recent Project Blue Book series or read the insider books about it knows, it has long been rumored to be where alien pilots and their crashed UFOs are taken and … re-engineered?

Needs work

This is not to discount the fine work military scientists are doing at the Air Force Research Laboratory. However, in this age of Tom DeLonge and To The Stars Academy partnering with the US Army to share UFO materials, military disclosure of encounters and more, is it wrong to question the source of military inventions that are described as “unbelievable”?

Will we ever find out?

Somewhere in the afterlife, the great-and-gone geniuses of Earth might be gathered around a celestial campfire (or burning bush) roasting heavenly marshmallows, swapping tales of how their creations and theories turned out and having a good laugh at how they continue to baffle humanity long after they’ve left the planet. Two who may be sharing a similar story these days are Enrico Fermi, creator of the Fermi Paradox, and John Von Neumann, proposer of the idea of space probes that can replicate themselves as they travel ad infinitum. A still-living astrophysicist recently pulled these two ideas together and shrunk them down to a microscopic size with his new proposal that aliens may already be among us in the nearly invisible form of self-replicating nanoprobes. Are Fermi and Von Neumann laughing … or crying?

John von Neumann

“In this paper we consider efficiency of self-reproducing extraterrestrial Von-Neumann microscale robots and analyse the observational characteristics. By examining the natural scenario of moving in the HII clouds, it has been found that the timescale of replication might be several years and even less – making the process of observation quite promising. We have shown that by encountering the interstellar protons the probes might be visible at least in the infrared energy band and the corresponding luminosities might reach enormous values.”

In a paper published recently in arxiv, Zaza Osmanov, astrophysicist and professor of physics at the Free University of Tbilisi, Georgia, proposes that Fermi’s Paradox (“where are all of the aliens?”) is due to scientists looking in the wrong place for creatures of the wrong size. He suggests that Von Neumann probes are already here but the machines are a microscopic one nanometer long. (For comparison, a strand of human DNA is 2.5 nanometers in diameter.) At that scale, the probes can be powered by hydrogen atoms – abundant in space – and replicate themselves in just a few years. At that rate, Osmanov estimates a mere 100 nanoprobes launched into space would need only four light years to create – they would create 1,000,000,000,000,000,000,000,000,000,000,000 or 10 to the 33rd power (a decillion) offspring. (Take that, Duggar family!)

While one nanoprobe would be nearly impossible to find, a decillion of them might be easier, especially when feeding on hydrogen atoms. That act would result in emissions that could be luminous, especially to someone looking right at them. At that size and with the right density, Osmanov speculates that the cloud of nanoprobes emitting hydrogen farts could look like a comet. And the place with the highest probability of such a mass gathering would be in interstellar clouds containing a lot of hydrogen atoms. Or perhaps in a zeppelin?

Enrico Fermi

“All the aforementioned results indicate that if one detects a strange object with extremely high values of luminosity increment, that might be a good sign to place the object in the list of extraterrestrial Von-Neumann probe candidates.”

So, if you look at an interstellar cloud and see a luminous object about the size of a comet, it just might be a swarm of alien nanoprobes on their way to Earth. And if you see a smaller luminous blob inside of a hydrogen-filled zeppelin, they may already be here.

Osmanov’s theory is certainly possible and plausible. The real question is … what would Fermi and Von Neumann think?

Are they laughing, crying … or scheming up ways to come back and see what’s next?