Forget About Your Concerns About CERN: NASA Probes Detect Very Low…

Source: GizaDeathStar.com
Dr. Joseph P. Farrell Ph.D.
May 22, 2017

The past week, besides being a week for what seems to be becoming a VLF

regular monthly installment of Antarctic strangeness, has also been a week of very bizarre technology and science stories, and this one was no exception. It was sent by Ms. K.M. and many others, and I have to talk about it, especially since I blogged about that Russian study of atmospheric gravity waves just a few days ago. Consider the implications of this one:

NASA Space Probes Have Detected a Human-Made Barrier Surrounding Earth

I want to draw attention to the following statements, for the form the basis and focus of today’s high octane speculation:

Recently, the Van Allen Probes detected something strange as they monitored the activity of charged particles caught within Earth’s magnetic field – these dangerous solar discharges were being kept at bay by some kind of low frequency barrier.

When researchers investigated, they found that this barrier had been actively pushing the Van Allen Belts away from Earth over the past few decades, and now the lower limits of the radiation streams are actually further away from us than they were in the 1960s.

So what’s changed?

A certain type of communications, called Very Low Frequency (VLF) radio communications, have become far more common now than in the 60s, and the team at NASA confirmed that they can influence how and where certain particles in space move about.

In other words, thanks to VLF, we now have anthropogenic (or human-made) space weather.

“A number of experiments and observations have figured out that, under the right conditions, radio communications signals in the VLF frequency range can in fact affect the properties of the high-energy radiation environment around the Earth,” says one of the team, Phil Erickson from the MIT Haystack Observatory in Massachusetts.

Most of us won’t have much to do with VLF signals in our everyday life, but they’re a mainstay in many engineering, scientific, and military operations.

Now, for those who don’t know, Very Low Frequency waves are waves that are generated by radio antennae – very long ones, as one can imagine – that are so big that they must be buried in the ground, in the Earth itself. The system, as the article points out, is used in military applications, one primary use being to communicate with submerged submarines. What many people do not know, is that the USA’s use of VLF ground-based antennae for military communications actually dates from World War One, when one of the first such systems was used to communicate with General “Black Jack” Pershing’s American Expeditionary Force in Europe. In effect, the system uses the Earth itself as the broadcast medium, or, if one prefers, the Earth becomes a component in the antennae itself, perhaps even a kind of amplifier.

In turn, this means (as one might expect), that the Earth begins to broadcast VLF waves into space.

And herewith we begin our high octane speculation of the day, because I cannot help but think that this is so elementary that NASA should hardly be surprised that the use of VLF broadcasting has had and is having an effect on “space weather.” On the contrary, I rather suspect that NASA(and other space agencies) knew all along that this would be the result; it is, after all, rather obvious. What is being measured, rather, is not the strength of their feigned surprise, but the strength and effects of the broadcast bubble itself. In short, we might be looking at what I have called in other contexts, “data correlation experiments”, i.e., experiments designed to correlate seemingly disjunct and disparate data sets, in this case, the strength (and perhaps frequencies) of VLF broadcasting, and changes in local space environment and solar wind deflection. While we’re at it, we might as well add the possibility that one might also look at correlations of broadcasting and solar activity, to see if perhaps resonance effects might be being induced in the Sun itself.

From these wild and woolly speculations, it’s a short step, of course, to the idea that this activity has been, to a certain extent, engineered deliberately. We have been told before that VLF ground antennae were for the purpose of military communication, as if this is the sole purpose they exist for. But, as noted above, the idea that this broadcast system would not have an effect on local “space weather” would seem to be the real surprise, not the discovery that it did. Thus, it is entirely possible in my view that this may have been – in addition to military communications – one of the original, and by the nature of the case, very top secret goals of using them.

To put all this as country simple as possible: in my high octane opinion of the day, we’re looking at military engineering of the entire planet (Farrell Corollary number one to the Kardashev classification system), in this case, perhaps for environmental defense, and possibly something much more.

See you on the flip side…

Read More At: GizaDeathStar.com
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About Dr. Joseph P. Farrell

Joseph P. Farrell has a doctorate in patristics from the University of Oxford, and pursues research in physics, alternative history and science, and “strange stuff”. His book The Giza DeathStar, for which the Giza Community is named, was published in the spring of 2002, and was his first venture into “alternative history and science”.

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How to Turn an Asteroid Into a Spacecraft

project rama
Source: Inverse.com
Neel V. Patel
April 24, 2017

There is a lot to imagine what the future of humanity will be moving toward in the 21st century, but — assuming the species does not experience a calamity of some sorts — most of those dreams are peppered with the prospect of people speeding off into outer space, to explore and conquer worlds unknown. But few people have realized space is a two-way street. The future of the species beyond Earth does not simply mean building ships that will take us elsewhere; it also means the potential to build things that bring space to us.

“We want to turn an asteroid into spacecraft,” Phil Metzger said at the NASA Innovative Advanced Concepts (NIAC) Symposium last August. Metzger was talking about Project RAMA: a scheme to essentially turn an asteroid into a mechanical machine capable of autonomously navigating through space towards specific destinations. That’s not even an exaggeration — that is literally the goal.

Obviously, the first question one has after they hear about something like this is what is the actual point in this. Metzger, a planetary physicist formerly based at NASA’s Kennedy Space Center, now working at the University of Central Florida and is a technical advisor for Project RAMA, told the NIAC Symposium the central benefit was to bring resources from vast distances to places closer and more easily accessible to human beings. This may include Earth’s orbit, colonies on other planets or moons, space stations, fuel and resource depots, or regions of the solar system where space miners are already situated.

Project RAMA is the brainchild of Jason Dunn, the CTO and co-founder of Made In Space. His company’s primary focus is to develop technologies that would make it possible to manufacture instruments and structures key to space exploration in outer space itself. The cost of launching things from the ground is enormous. It takes so much time and energy to build and fire a rocket capable of getting outside the Earth’s atmosphere. And while some like SpaceX have made great strides in proving the viability of reusable rockets, there is still a large cost that is irredeemable. The ability to build things in space itself would dramatically open up space travel and operations to a much wider bracket of the public and private sectors alike.

“We have this vision that as we move forward in space exploration, more and more of the things we need in space are manufactured there,” Dunn tells Inverse. “The ultimate idea is that we’re manufacturing those things in space using materials and resources that come from space itself. That, to us, is where space has to head for it to become a new place for people to live and for industry to find a way to thrive.”

Realizing such a vision means establishing a network of infrastructure that can move materials around. It’s not as if you can just build a giant space lasso that can wrangle resources over to you.

A few years ago, there were two different ideas Dunn and his colleagues at Made In Space had been discussing that seemed to converge and eventually meld into Project RAMA. The first was the notion of a self-replicating machine in space, along the lines of what great thinkers like John von Neumann and Freeman Dyson had previously played around with. “As a company building 3D printers for space, that’s always been fun to talk about.”

The other idea focused around asteroids and resources — how to find them, how to get to them, and how to mine them for resources.

“Of course the problem,” says Dunn, “is how to do you move an asteroid from its natural orbital location into one that’s a higher interest,” such as a Lagrange point parking orbit. “How do you make a very advanced robotic machine go into space and make more of itself?”

The answer, ostensibly, is quite a lot. So Dunn and his team started whittling down the concept into something much simpler: a simple, mechanical machine in space that’s also ginormous in size. The proposed solution was to build a version of the manufacturing technology the crew has been working on into what’s called a seed craft, which is capable of converting an asteroid into a giant mechanical machine, which can then fly back autonomously to points of interest.

“That was the beginning of Project RAMA,” says Dunn.

project rama seed craft diagram
A diagram of what Project RAMA’s seed craft might look like.

This isn’t just a weird dream drawn on a whiteboard in Made In Space’s office. Dunn and his team have pitched Project RAMA to NASA under the NIAC program, which offers researchers grants to conduct more in-depth studies on their very experimental proposals and demonstrate a proof of concept for some of the key technologies at hand.

Dunn and his team have just spent about nine months under a NIAC Phase I investigation trying to figure out just how feasible RAMA is, and they’re very encouraged by what they’ve learned so far. “If you compare what RAMA can do to all the other architectures that have been developed for moving an asteroid from one location to another, what we’ve found is that RAMA can allow for moving asteroids 100 times bigger than what is currently being conceived of,” he says.

The key reason is propulsion. RAMA’s technology doesn’t necessitate hauling huge amounts of propulsion to the asteroid in order to bring it closer to Earth or wherever. The seed craft converts the asteroid into a basic spacecraft that can fly itself using some of its own material for propulsion. Although that wipes out some of the asteroid’s resources from being harvested later, it’s still 100 times more than what other technologies could offer.

What exactly would that material be? It all depends on what kind of asteroid we’re talking about, but there’s an extraordinary potential to mine asteroids for precious metals rare on Earth, and fuel-dependent resources which could make space travel much more sustainable. Water in asteroids, for instance, could be extremely valuable, not just for allowing humans to survive in space, but for use as a potential source of propulsion.

The way RAMA would work depends, again, on the asteroid, but Dunn outlines what even the worst case option would be — an asteroid just made of rock and metal alloy, like iron. The seed craft would essentially hollow out the asteroid while producing thousands of “propellant shots,” which are basically rocky cannonballs. RAMA would also build several very big slings which operate almost like huge catapults. The asteroid self-propels by landing the catapults with these propellant shots, and flinging them out to impart a change in velocity in the opposite direction those shots are being fired in.

Obviously, the bigger the asteroid, the longer the mission takes. So far, the biggest asteroids the team has explored are on the order of 50 to 130 meters long. The seed craft also needs to possess enough power to convert a big ass space rock into a mechanical machine. It could take nearly a decade to fully convert an asteroid into a spacecraft which can maneuver itself to a suitable Lagrange point.

Learning that it was possible to move asteroids in this manner, however, is basically the key to making RAMA work. But there was another big solution Dunn and his team worked on that raised the potential behind this project for demonstrating how to actually find and identify asteroids of interests. To that end, the team used the NIAC funding to build a software called “Rock Finder,” which basically uses NASA on categorized and tracked near-Earth objects, and spits out answers relevant to what someone might be looking for a particular mission and its goals.

If you need a specific metallic asteroid by a particular date, Rock Finder will essentially build your mission design for you. It’s a tool no other party has ever developed. “This is exciting for us,” says Dunn, “because as our new report talks about, there are thousands and thousands more asteroids out there than we’ve ever found.”

Rock finder is critical to the idea of RAMA. When the seed craft finishes the conversion process, it moves to another asteroid, and then another. It’s in a perpetual state of work, able to convert as many asteroids as possible in succession. So while the entire process from launch to Lagrange might take a few decades, you could see multiple seed craft sending over many, many asteroids back to a closer proximity within a single time frame. Rock Finder is essential to this process because it can easily deduce the next target for the seed craft without much of a wait.

There is still a lot more to study before Project RAMA is even close to building a prototype. But based on the initial findings, Dunn and his team are very optimistic about how they push this concept forward and prove the constituent technologies are possible at a laboratory scale. And it falls exactly in line with what is already going on with Made In Space.

“Not only is it possible,” says Dunn, “it’s actually part of the same roadmap that Made In Space is build upon. Space has the resources we’re going to need for the future. We’d love to create something of a train line that continuously brings those resources to us. We can start planning the growth of humanity around that.”

Read More At: Inverse.com
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Neel is a science and tech journalist from New York City, reporting on everything from brain-eating amoebas to space lasers used to zap debris out of orbit, for places like Popular Science and WIRED. He’s addicted to black coffee, old pinball machines, and terrible dive bars. Email him at neel@inverse.com.

3D Printing Scrapbook: Additive Manufacturing On The Moon & Mars


Source: GizaDeathStar.com
Dr. Joseph P. Farrell Ph.D.
April 21, 2017

A few weeks ago I blogged about the possibilities of additive manufacturing, or 3D printing, for the construction of permanent buildings and dwellings on the Moon and Mars, utilizing the actual “Moon dust” and “Mars dust” found on the surface of those planets. For those who’ve been following the meme of mining asteroids, or the Moon, or Mars, the idea has definite overhead implications, for back in the late 1950s and 1960s when the USA and the Soviet Union were hatching projects for permanent human colonies on the Moon, the basic premise was that everything would have to be hauled up there and assembled in place. Gradually, things began to change. But the idea of using materials of those planets themselves to construct facilities was not part of the initial phases for establishing  such facilities. That, in their thinking back then, came at a much later phase.

But now there’s this important story, shared by Mr. M.H.:

New method for 3-D printing extraterrestrial materials

Note, this was a Google-sponsored study, using NASA-approved lunar and Mars dust simulants, to do a basic “proof of concept” experiment to demonstrate that one can, indeed, use such materials to manufacture tools and perhaps, ultimately, dwellings and other human facilities:

“For places like other planets and moons, where resources are limited, people would need to use what is available on that planet in order to live,” said Shah, assistant professor of materials science and engineering at Northwestern’s McCormick School of Engineering and of surgery in the Feinberg School of Medicine. “Our 3D paints really open up the ability to print different functional or structural objects to make habitats beyond Earth.”

Partially supported by a gift from Google and performed at Northwestern’s Simpson Querrey Institute, the research was recently published in Nature Scientific Reports. Adam Jakus, a Hartwell postdoctoral fellow in Shah’s TEAM lab, was the paper’s first author.

Shah’s research uses NASA-approved lunar and Martian dust simulants, which have similar compositions, particle shapes, and sizes to the dusts found on lunar and Martian surfaces. Shah’s team created the lunar and Martian 3D paints using the respective dusts, a series of simple solvents, and biopolymer, then 3D printed them with a simple extrusion process. The resulting structures are over 90 percent dust by weight.

Despite being made of rigid micro-rocks, the resulting 3D-painted material is flexible, elastic, and tough — similar to rubber. This is the first example of rubber-like or soft materials resulting from lunar and Martian simulant materials. The material can be cut, rolled, folded, and otherwise shaped after being 3D painted, if desired.

“We even 3D-printed interlocking bricks, similar to Legos, that can be used as building blocks,” Shah said.

This, of course, is a huge step in the development of permanent human habitations off planet, and, of course, for the commercialization of space in the form of mining celestial bodies, for the ability to manufacture needed tools on the spot, rather than drag them from Earth, is a crucial step in reducing launch weights, and as long as we’re thinking in terms of chemical rockets, launch weights, thrusts, and escape velocities, these developments are important. (Of course, I’m not backing off one iota from my belief that to be talking of permanent human habitations on other planets in the solar system, or of asteroid mining, is really to be implying a very different technology than chemical rockets. I’m simply using the chemical rocket model here for the purpose of discussion.)

As a proof of concept experiment, this is important, and it immediately points the way to the next step and stage, and hence to today’s high octane speculation and prediction. To be absolutely certain of the viability of additive manufacturing as a means of creating tools or eventually even habitats or dwellings on other celestial bodies, one will necessarily have to take a 3d printer to those bodies, land them on the surface, and quite literally scoop up the dust and see if it can be used to manufacture something under the more extreme conditions on those bodies. The next stage, in other words, will be for the space-faring powers to design lunar or Martian landers that will include a 3D printer and the experimental equipment needed to verify the feasibility of additive manufacturing on other celestial bodies. NASA has already taken a printer into space and printed simple tools in zero gravity, so this would be the next logical step.

We can expect, in other words, China, Japan, India, Russia, the Europeans, and the USA, to begin planning some such experiment in the near future (if they have not already covertly done so).

See you on the flip side…

Read More At: GizaDeathStar.com
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About Dr. Joseph P. Farrell

Joseph P. Farrell has a doctorate in patristics from the University of Oxford, and pursues research in physics, alternative history and science, and “strange stuff”. His book The Giza DeathStar, for which the Giza Community is named, was published in the spring of 2002, and was his first venture into “alternative history and science”.

Water found on Saturn’s moon, could support ‘building blocks’ of life – Fmr ISS Commander

Source:RT
April 14, 2017

New research from NASA indicates that Saturn’s moon Enceladus may support microbial life. Details of new findings about ocean worlds in our solar system, arising from discoveries by the agency’s Cassini spacecraft and the Hubble Space Telescope were announced live by the agency. For more on this, former NASA astronaut and ISS Commander Leroy Chaio joins RT America’s Ashlee Banks to discuss.

Is Babylon Five’s Anti-Agapic Here?

Space-orbit-satellite
Source: GizaDeathStar.com
Dr. Joseph P. Farrell Ph.D.
March 31, 2017

Most people know I am a fan of the 1990s classic sci-fi television series, Babylon Five. In the first season of that series, a war criminal named Warmaster Jha-dur (a leader of an extinct race named named the Dilgar which was wiped out in a war) missing for years and presumed dead, suddenly turns up on the space station to the horrified shock of the various races she oppressed and murdered. She was a kind of alien Doctor Mengele, performing horrible experiments on the sentient species that her own species had conquered, until the Earth Alliance intervened and, apparently, wiped out the Dilgar. With the exception of Jha-dur.Her sudden appearance on the space station brings the predictable demands for justice and a war crimes trial from the various races that were victims of her experiments. Unfortunately, Jha-dur brings with her a serum, a universal anti-agapic or anti-aging drug with which she hopes to barter for her freedom. She offers it to Earth, which, of course, promptly tosses morality and justice aside, and makes a deal with her for the drug. Indeed, the drug appears to work, since Jha-dur has not aged one day since the last known picture of her from years previously. All DNA tests confirm: its her. Unfortunately (or perhaps, fortunately, depending on ones lights), the ship carrying Jha-dur is blown up by another advanced alien race (the Vorlons), who tell the humans that youre not ready for immortality. So why the lengthy introduction? Well, Mr. V.T. shared this article about a similar drug that is now being tested by NASA; indeed, I blogged about this drug some time ago, which was then in development. Now, it appears there has been enough success with it in mice that it is now moving to human trials: Would YOU choose to live forever? Age-reversing pill that Nasa wants to give to astronauts on Mars will begin human trials within six months. Now this is extremely interesting, for note what is claimed for the drug:

Scientists have made a discovery that could lead to a revolutionary drug that actually reverses ageing.

The drug could help damaged DNA to miraculously repair and even protect Nasa astronauts on Mars by protecting them from solar radiation.

A team of researchers developed the drug after discovering a key signalling process in DNA repair and cell ageing.

The work has drawn the attention of Nasa, which is considering the challenge of keeping its astronauts healthy during a four-year mission to Mars.

Even on short missions, astronauts experience accelerated ageing from cosmic radiation, suffering from muscle weakness, memory loss and other symptoms when they return.

On a trip to Mars, the situation would be far worse: Five per cent of the astronauts cells would die and their chances of cancer would approach 100 per cent.

(Emphasis added)

Let that cluster of claims sink in: a drug that can accelerate radiation-damaged cell repair, and hence, conceivably ward off radiation-induced cancers. A few years ago, there was a story about an Israeli developed drug which had similar restorative properties for radiation-attacked cells. The bottom line here is that up to a point, one might have a cure for radiation sickness and damaged cells, with the possible high octane speculative potential of perhaps being able to undo severe radiation exposure, such as the type caused by thermal neutrons to individual cells. One would, of course, have to administer such a drug very quickly after such exposure, before the damage had set in past the point of no return. But it is just barely conceivable as a possibility.

The benefits for extended space voyages, as the article points out, are quite high, for one would be able to repair radiation exposure as-it-happened so to speak, effectively neutralizing one persistent problem with long space voyages.

Which brings me to my high octane speculation of the day: just how long might this technology have existed? In the Daily Mails presentation, not very long at all; its relatively recent and just now being set for human trials. But consider: weve often remarked on this site about the weird longevity of the elite, and in part, this has been explained by the process of taking blood transfusions of the very young. The thinking is that some sort of genetic mechanism exists that repairs cells. And this drug would certainly seem to fill the bill. And if one had taken blood transfusions and noticed a marked improvement and restoration of youth and vigor, one would want to know why, and perhaps then privately and very secretly funded studies into what made it work, and found the mechanism being claimed for this drug. Far-fetched? Certainly, but it would not be the first time that public technologies and disclosures of such followed a long period of private and hidden development. And its incredibly interesting that it occurs in connection with space travel (Apollo, anyone?).

Oh, and to complete the Babylon Five version of the story, Jha-dur, in a final moment of supreme triumph, discloses that her drug was made possible by the millions of lives she sacrificed in her experiments, and that the drug only works because it contains the dna of all those species… think of it as the Babylon Five version of the blood transfusion story.

It makes you wonder…

See you on the flip side…

Read More At: GizaDeathStar.com
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About Joseph P. Farrell

Joseph P. Farrell has a doctorate in patristics from the University of Oxford, and pursues research in physics, alternative history and science, and “strange stuff”. His book The Giza DeathStar, for which the Giza Community is named, was published in the spring of 2002, and was his first venture into “alternative history and science”.

Book Review: Alien Agenda by Jim Marrs

AlienAgenda
TheBreakaway | BreakawayConciousness
Zy Marquiez
March 21, 2017

Jim Marrs has been putting out high quality work for some time.  Backing his hard work with extensive research of over 30 years experience, Marrs has set the research bar high with books like The Rise Of The Fourth Reich, Rule By Secrecy, Our Occulted History, and Popular Control.  This book is no different.

Alien Agenda – Investigating The Extraterrestrial Presence Among Us is definitely one of the most seminal and top-tier no-nonsense books on UFOs out there.

In a realm of research that that is littered with countless books with not much sourced material, and even more witness and whistleblower testimony, this book is definitely near the top tier.

As a book for someone just getting in, this book is really top notch.  The only book I would recommend more personally would be Richard Dolan’s UFOs For The 21st Century Mind: A Fresh Guide To An Ancient Mystery.

Taking a thorough and methodical approach which is signature in all of his books, Marrs brings the reader along the journey of all things UFOlogy.  Notably, this book covers a wide breadth of the information within the UFO field.  From issues with NASA, to The Moon, Ancient Astronauts, to Roswell, and even intricate subjects like Area 51, Crop Circles, and some of the most widely known UFO accounts, Marrs sought to leave no stone unturned.  The book really is a veritable encyclopedia of much of this elusive and thought-provoking phenomena.

If the book only covered those above topics, that would still make it a great book, knowing reliance on sourced material Marrs employs.  But there’s more.  Marrs also covers abstruse subjects such as abductions & missing time, the CIA, MJ-12, cattle mutilations, remote viewing, and even takes a metaphysical gander into ‘the phenomenon’ that’s quite unique.  This book really employs a wide range.   Marrs even ventures into the role of big finance in this abstruse subject.

Another salient point is that this book is footnoted to the hilt!  That ALONE takes this to a whole different level, which is rarely achieved in UFOlogy except only by the best researchers.  That is one reason why my respect of Jim Marrs has only grown overtime, because he doesn’t just connect dots that people can’t verify themselves.

For everything it offers, this book offers a lot of value.  Anyone really interested in the subject would be doing themselves a great disservice by overlooking it.  This book is a must have.
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This article is free and open source. You have permission to republish this article under a Creative Commons license with attribution to Zy Marquiez and TheBreakaway.wordpress.com.
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About The Author:

Zy Marquiez is an avid book reviewer, researcher, an open-minded skeptic, yogi, humanitarian, and freelance writer who studies regularly subjects like Consciousness, Education, Creativity, The Individual, Ancient History & Ancient Civilizations, Forbidden Archaeology, Big Pharma, Alternative Health, Space, Geoengineering, Social Engineering, Propaganda, and much more.

His own personal blog is BreakawayConsciousnessBlog.wordpress.com where his personal work is shared, while TheBreakaway.wordpress.com serves as a media portal which mirrors vital information usually ignored by mainstream press, but still highly crucial to our individual understanding of various facets of the world.

NASA’s Maven Probe Diverted From Collision With Martian Moon…

Source: GizaDeathStar.com
Dr. Joseph P. Farrell Ph.D.
March 14, 2017

Mr. M.B. sent this article, and I found it curious, to say the least, given all the attention that the little Martian moon Phobos generated a few years ago. Phobos is one of two Martian satellites, the other being Deimos, the pair being the Greek names for “Fear” and “Trembling,” respectively. The attention that Phobos generated years ago was due to the photographs of the European Space Agency (ESA) of the object, which included rectilinear features on the surface, straight lines of craters, and, from the ESA’s radar tomography of the object, two apparently large hollow cavities within it, which were, curiously enough, outgassing. The features were so curious that Russia attempted to launch a special probe, Phobos Grunt, which would land on the object and conduct further tests.

Surprisingly (or, perhaps, not so surprisingly) the Russian probe got no further than Earth orbit, and then malfunctioned. If you’ll recall, the malfunction itself summoned its own speculations at the time, including statements from Russian generals that in fact the probe had malfunctioned due to corrupted computer chips, and “strong radar interference” during its launch. The word “sabotage” was bandied about.  It was not the first time Russia (and other nations) have experienced the strange failure of a Martian probe, for one Russian probe, Phobos II, as it approached Mars, snapped a photograph of… well… of a “something” about 16 km in length, appearing to be a long cylinder of clearly artificial origin. Then, the probe went “silent.” The Russians, so alarmed, allegedly shared the Top Secret photograph with the Americans, and that at the height of the Cold War.

To be sure, the high strangeness of the little Martian moon does not stop there. In my book Covert Wars and the Clash of Civilizations (pp. 27-62), I pointed out a number of other curious things about the little Martian moon. For starters, it was not discovered until 1877 by the American astronomer Asaph Hall. The problem was, why did it take so long to discover it? The telescopic technology of the 18th century was adequate to the task, and indeed, the satirist Jonathan Swift stated, fully a century before their discovery, than Mars had two satellites, and he even gave their orbital periods with amazing accuracy, all of which implied a secret discovery, or, as one 20th century Russian astronomer (I.S. Shklovskii) put it, since they weren’t discovered until long after the telescopic technology existed to do so, this meant that they weren’t there. Implication: someone parked them there at a later period, until Asaph Hall discovered them.

So, in that context, consider the article Mr. M.B. shared with me:

NASA probe narrowly avoids collision with Martian moon Phobos

https://www.extremetech.com/extreme/245316-nasa-probe-executes-maneuver-avoid-collision-martian-moon-phobos/embed#?secret=MSDjc4QlPQ

Clearly, in the picture, if one looks carefully, one can see the rectilinearity of surface features, a faint line of craters, and so on. What intrigues me is the story itself, for according to it, one is left with the impression that NASA had to made some “last minute corrections” to the orbit of its MAVEN probe, lest Phobos and MAVEN collide, as the latter was “too close” to the little moon.

Uh huh…

I’m not buying it for a moment. I suspect, rather, that the probe was deliberately piloted to be as close as possible to the Martian satellite to take as many pictures as possible, and that the collision story is just that, a story designed to deflect attention from what may very well have been a quiet “reconnaissance” mission. Given the high strangeness surrounding the Martian satellite, one may perhaps be forgiven for a bit of really high octane speculation: perhaps NASA’s orbital insertion of the MAVEN probe was originally done correctly, and that the course correction was needed because either its orbit had somehow been altered, or Phobos’ was (the latter, of course, being quite improbable, for it would surely be noticed and reported by astronomers). Given the strange picture from Russia’s Phobos II probe of the strange cylindrical object, anything’s possible.

See you on the flip side…

Read More At: GizaDeathStar.com
________________________________________________

About Joseph P. Farrell

Joseph P. Farrell has a doctorate in patristics from the University of Oxford, and pursues research in physics, alternative history and science, and “strange stuff”. His book The Giza DeathStar, for which the Giza Community is named, was published in the spring of 2002, and was his first venture into “alternative history and science”.