The purpose of this blog is the creation of an open, international, independent and free forum, where every UFO-researcher can publish the results of his/her research. The languagues, used for this blog, are Dutch, English and French.You can find the articles of a collegue by selecting his category. Each author stays resposable for the continue of his articles. As blogmaster I have the right to refuse an addition or an article, when it attacks other collegues or UFO-groupes.
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Deze blog is opgedragen aan mijn overleden echtgenote Lucienne.
In 2012 verloor ze haar moedige strijd tegen kanker!
In 2011 startte ik deze blog, omdat ik niet mocht stoppen met mijn UFO-onderzoek.
BEDANKT!!!
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UFO'S of UAP'S, ASTRONOMIE, RUIMTEVAART, ARCHEOLOGIE, OUDHEIDKUNDE, SF-SNUFJES EN ANDERE ESOTERISCHE WETENSCHAPPEN - DE ALLERLAATSTE NIEUWTJES
UFO's of UAP'S in België en de rest van de wereld In België had je vooral BUFON of het Belgisch UFO-Netwerk, dat zich met UFO's bezighoudt. BEZOEK DUS ZEKER VOOR ALLE OBJECTIEVE INFORMATIE , enkel nog beschikbaar via Facebook en deze blog.
Verder heb je ook het Belgisch-Ufo-meldpunt en Caelestia, die prachtig, doch ZEER kritisch werk leveren, ja soms zelfs héél sceptisch...
Voor Nederland kan je de mooie site www.ufowijzer.nl bezoeken van Paul Harmans. Een mooie site met veel informatie en artikels.
MUFON of het Mutual UFO Network Inc is een Amerikaanse UFO-vereniging met afdelingen in alle USA-staten en diverse landen.
MUFON's mission is the analytical and scientific investigation of the UFO- Phenomenon for the benefit of humanity...
Je kan ook hun site bekijken onder www.mufon.com.
Ze geven een maandelijks tijdschrift uit, namelijk The MUFON UFO-Journal.
Since 02/01/2020 is Pieter ex-president (=voorzitter) of BUFON, but also ex-National Director MUFON / Flanders and the Netherlands. We work together with the French MUFON Reseau MUFON/EUROP.
ER IS EEN NIEUWE GROEPERING DIE ZICH BUFON NOEMT, MAAR DIE HEBBEN NIETS MET ONZE GROEP TE MAKEN. DEZE COLLEGA'S GEBRUIKEN DE NAAM BUFON VOOR HUN SITE... Ik wens hen veel succes met de verdere uitbouw van hun groep. Zij kunnen de naam BUFON wel geregistreerd hebben, maar het rijke verleden van BUFON kunnen ze niet wegnemen...
30-11-2017
Scientists program semi-synthetic bacteria to create an ‘alien’ protein that glows green
Scientists program semi-synthetic bacteria to create an ‘alien’ protein that glows green
Bacteria express a green fluorescent protein that’s produced from DNA instructions with unnatural chemical “letters” added. (Scripps Research Institute Photo / Bill Klosses)
Researchers have reached a new milestone in their effort to expand the genetic alphabet of life by designing a strain of E. coli bacteria that creates proteins unlike anything cells can produce naturally.
The technique, detailed in a paper published today in the journal Nature, could lead to the production of totally new types of protein-based medicines, plastics and biofuels.
It could also stretch the definition of natural vs. artificial life.
“I would not call this a new lifeform — but it’s the closest thing anyone has ever made,” study leader Floyd Romesberg, a biochemist at the Scripps Research Institute, said in a news release. “This is the first time ever a cell has translated a protein using something other than G, C, A or T.”
Those four letters stand for guanine, cytosine, adenine and thymine, chemicals that serve as the alphabet for the coded instructions in DNA molecules. The instructions are used to produce all the amino acids and proteins that cells require for life’s processes.
Three years ago, Romesberg and his colleagues successfully inserted two other chemicals, dubbed X and Y, into DNA molecules. Since then, the researchers have developed ways for bacteria to store the augmented DNA and pass it along as they reproduced.
In their newly published paper, the team reports that the six-letter DNA coding could be transcribed into RNA molecules, and then translated into amino acids and proteins that don’t occur naturally.
The technique was used to customize a set of genetic instructions for manufacturing a variant of green fluorescent protein, or GFP, that incorporated unnatural amino acids. When E. coli bacteria were genetically engineered to include those instructions, the organisms produced the protein, which glowed bright green under ultraviolet light. That signaled that the bacteria could make use of the “alien” DNA.
“This was the smallest possible change we could make to the way life works — but it is the first ever,” Romesberg said.
The study also demonstrated that life’s molecular machinery could make use of linkages other than the hydrogen bonds that bind G, C, A and T. The X and Y bases were designed to avoid hydrogen bonds, to make sure they didn’t get mixed up with the other molecular letters.
That has implications in the search for “weird life” beyond the earthly variety we all know and love.
“It’s very hard to ask questions about the origins of life. It’s hard to ask questions about why we are the way we are, why we are built the way we are, because we have nothing out there to compare ourselves to,” Romesberg said. “We’ve now given the field a comparison. It’s a small step, but it’s the first successful step.”
He and his colleagues emphasized that the semi-synthetic organisms couldn’t live or reproduce outside the lab, because the chemicals required for producing the X and Y bases had to be provided externally.
Romesberg is among the founders of a biotech venture called Synthorx, which is developing protein therapeutics that make use of X and Y.
The United Arab Emirates (UAE) has released a virtual reality tour of the City of Wisdom, their vision of humanity's first settlement on Mars. The UAE has announced they intend to establish the first colony on the red planet by 2117.
You’ve reached Mars, and the first stop on your tour of the Red Planet is a small hangar, done up in chrome and brown and rust. Here, you are welcomed by a holographic emissary before departing in your hovering spherical craft: “On behalf of the United Government of Mars, I would like to welcome you to your second home.”
Outside, massive, insectile robot excavators pound away at the dusty red-brown soil to form roads and dig the foundations of new buildings. In no time, a red dome appears on the horizon: the City of Wisdom, humanity’s first settlement on Mars. Complete with laboratories, a University, green spaces, flowing architecture, and 600,000 permanent residents, this is Mars 2117 — the United Arab Emirates’ (UAE) vision for the future of our nearest planetary neighbor — and you can explore it yourself in full virtual reality.
Sheikh Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE, announced earlier this year that the Emirates would lead an effort to establish the first international settlement on Mars by 2117. The country plans to work with scientists from around the globe to develop technology that makes traveling to and living on Mars possible. In September, the Dubai Media Office announced their plan to build a simulated Mars colony in the Emirati desert to develop the food, energy, and water systems that could support future settlers of the Red Planet.
SpaceX's Big Mars Rocket Could Help Chase Down Interstellar Asteroid
SpaceX's Big Mars Rocket Could Help Chase Down Interstellar Asteroid
By Mike Wall, Space.com Senior Writer
Artist's illustration of 'Oumuamua, the first known interstellar asteroid.
Credit: M. Kornmesser/ESO
There may be yet another future use for SpaceX's huge Mars-colonization rocket.
That rocket, called the BFR, could launch a probe toward 'Oumuamua, the interstellar asteroid that zoomed past Earth last month, a new study suggests.
The 1,300-foot-long (400 meters) 'Oumuamua is currently speeding away from us at about 58,160 mph (93,600 km/h, or 26 km/s). That's far faster than any spacecraft has ever traveled upon escaping Earth (though some have gone faster as they approached big bodies, such as the sun). But a mission employing the in-development BFR, with speed-boosting flybys of Jupiter and the sun, could theoretically chase 'Oumuamua down, the study said. ['Oumuamua: An Interstellar Visitor Explained in Photos]
This potential architecture is based on concepts drawn up by researchers at the Keck Institute for Space Studies (KISS) and NASA's Jet Propulsion Laboratory (JPL), both of which are in Pasadena, California, the study's authors noted.
"The KISS Interstellar Medium study computed that a hyperbolic excess velocity of 70 km/s was possible via this technique, a value which achieves an intercept at about 85 AU in 2039 for a 2025 launch," the authors wrote in the study, one version of which was published on the site Centauri Dreams. (AU is short for "astronomical unit," the distance from Earth to the sun, which is about 93 million miles, or 150 million km. And "hyperbolic excess velocity" just refers to the spacecraft's speed.)
"More-modest figures can still fulfill the mission, such as 40 km/s with an intercept at 155 AU in 2051," the authors added. "With the high approach speed, a hyper-velocity impactor to produce a gas 'puff' to sample with a mass spectrometer could be the serious option to get in-situ data."
Such a mission would really round out the reusable BFR's portfolio. SpaceX already envisions using the giant rocket — along with its paired spaceship — for all manner of tasks, including launching satellites, carrying people on superfast point-to-point journeys around the globe and cleaning up space junk.
But the BFR is not the only option for an 'Oumuamua mission, the study authors wrote. Tiny, laser-propelled sail craft, like the ones the $100 million Breakthrough Starshot project aims to launch to other star systems, could do the job as well. (But a 2025 launch date for a sail-craft swarm is unrealistic; the Starshot team has estimated the probes may be ready for prime time in 20 years or so if everything goes well.)
"An important result of our analysis is that the value of a laser-beaming infrastructure from the Breakthrough Initiatives' Project Starshot would be the flexibility to react quickly to future unexpected events, such as sending a swarm of probes to the next object like 1I/'Oumuamua," the new study said. (The "1I" in front of 'Oumuamua references the object's official scientific designation: 1I/2017 U1.)
"With such an infrastructure in place today, intercept missions could have reached 1I/'Oumuamua within a year," they added.
Even if an 'Oumuamua mission never comes to pass, astronomers could still get an up-close look at a visitor from another solar system in the not-too-distant future: Such interstellar interlopers may zoom through the inner solar system as often as every year or so, scientists have said. (But spotting them appears to be a tall order, given that 'Oumuamua is the first one we've ever identified.)
The new study was conducted by researchers with Project Lyra, which aims to assess the feasibility of a mission to rendezvous with or fly by 'Oumuamua. You can read the short version of the study on Centauri Dreams or the more detailed one on the online preprint site arXiv.org.
Little Green Men? Pulsars Presented a Mystery 50 Years Ago
Little Green Men? Pulsars Presented a Mystery 50 Years Ago
By Calla Cofield, Space.com Senior Writer
Fifty years ago this month, a small group of astronomers made a revolutionary cosmic discovery — explaining a phenomenon that they initially thought might come from an intelligent alien civilization.
In November 1967, Jocelyn Bell (now Dame Jocelyn Bell Burnell), a graduate student at Cambridge University in England, made what turned out to be the first detection of a pulsar — an incredibly dense ball of material formed when a massive star runs out of fuel and collapses in on itself. In the time since the discovery of pulsars, the objects have provided insight about the life cycle of stars and extreme states of matter, and provided evidence that supports Albert Einstein's theory of gravity. There are currently efforts underway to use pulsars to detect gravitational waves, or ripples in the fabric of the universe, and another to use pulsars as part of a space-based navigation system.
Pulsars spin rapidly, while simultaneously radiating opposing beams of radio waves out into space. The setup is similar to a lighthouse that spins around one up-and-down axis and radiates two beams of light from a second axis. To ships on the water, the steady beams looks like a light pulsing on and off. The same is true for pulsars; if one of the beams happens to sweep across the Earth, it appears to astronomers as though the object is blinking or pulsing. [What Are Pulsars?]
Bell Burnell was studying objects using a radio telescope she helped build at the Mullard Radio Astronomy Observatory, outside Cambridge, under the supervision of her advisor, Antony Hewish, who designed the instrument. The telescope was intended to help study the radio cosmos using a technique called interplanetary scintillation. Hewish intended to use this method on objects called quasars, or incredibly bright centers of massive galaxies, illuminated by material swirling around monster black holes. Quasars vary in brightness, and Hewish thought the interplanetary scintillation technique was appropriate for identifying those changes.
"We were looking far beyond [what could be seen with] optical telescopes," Hewish told the BBC of the radio astronomy he and his colleagues were doing then. "You felt very privileged actually. It was like opening a new window onto the universe, and you were the first people to have a look out through and see what was there."
Most known neutron stars are observed as pulsars, emitting narrow, sweeping beams of radiation. They squeeze up to two solar masses into a city-size volume, crushing matter to the highest possible stable densities.
Credit: NASA’s Goddard Space Flight Center
Bell Burnell was in charge of operating the telescope and analyzing the data, according to an article she wrote for Cosmic Search Magazine in the 1970s. Using this technique, Bell Burnell spotted an object that appeared to be flickering every 1.3 seconds; this pattern repeated for days on end. The object didn't match the profile of a quasar. The signal conflicted with the generally chaotic nature of most cosmic phenomenon, the researchers would later explain. In addition, the light was of a very specific radio frequency, whereas most natural sources typically radiate across a wider range.
For those reasons, Bell Burnell, Hewish and some other members of the astronomy department had to acknowledge that they might have found an artificially created signal — something emitted by an intelligence species. Burnell even labeled the first pulsar LGM1, which stood for "little green men 1."
A second discovery
Bell Burnell would later report that Hewitt called a meeting without her, in which he discussed with other members of the department how they should handle presenting their results to the world. While their fellow scientists might practice restraint and skepticism, it was likely that the possible detection of an intelligent alien civilization could create chaos among the public, the scientists said. The press would very likely blow the story out of proportion and descend on the Cambridge researchers. According to Hewitt, one person even suggested (perhaps only partly joking) that they burn their data and forget the whole thing.
Years later, Burnell wrote that she was rather annoyed at the appearance of the strange signal for another reason. As a graduate student, she was trying to get her thesis work done before her funding ran out, but work on the pulsar was taking away from her primary pursuit.
"Here I trying to get a Ph.D. out of a new technique, and some silly lot of little green men had to choose my aerial and my frequency to communicate with us," she wrote in the article for Cosmic Search Magazine.
Pulsars are fast-spinning and highly magnetized stars. See how they work here.
Credit: by Karl Tate, Infographics artist
But then, Bell Burnell resolved the problem. She went back through some of the data from the radio array and found what looked like a similar, regularly repeating signal, this one coming from an entirely different part of the galaxy. That second signal indicated that this was a family of objects, rather than a single civilization trying to make contact.
"It finally scotched the little green men hypothesis," Bell Burnell said in the a BBC documentary filmed in 2010. "Because it's highly unlikely there's two lots of little green men, on opposite sides of the universe, both deciding to signal to a rather inconspicuous planet, Earth, at the same time, using a daft technique and a rather commonplace frequency."
"It had to be some new kind of star, not seen before," she said. "And that then cleared the way for us publishing, going public."
In 1974, the Nobel Prize in Physics was awarded to Hewish, along with radio astronomer Martin Ryle, "for their pioneering research in radio astrophysics: Ryle for his observations and inventions, in particular of the aperture-synthesis technique, and Hewish for his decisive role in the discovery of pulsars." The omission of Bell Burnell's name as a contributor to the pulsar discovery has stirred controversy among scientists and members of the public, though Bell Burnell has not publicly contested the Nobel committee's decision.
Experts reveal the best-kept secret of the mysterious Easter Island Civilization
Experts reveal the best-kept secret of the mysterious Easter Island Civilization
A team of anthropologists came to the conclusion that the inhabitants of the remote Easter Island, the Rapanui, had no contact with the outside world until the arrival of the Europeans on the island in 1722.
The results of the study were published in the specialized journal Current Biology.
The study also points out that if there were cultural contacts between the Rapanui and the South American native peoples, “there is no trace of them” in their genes.
During the experiment, the researchers analyzed the DNA sequences extracted from the remains that are conserved of five individuals, three of which date from the XIV-XV centuries and the other two from people born between the late nineteenth and early twentieth centuries.
Each bone fragment provided the researchers with about 200 milligrams of genetic material.
According to the person in charge of the study, Lars Fehren-Schmitz, of the University of California in Santa Cruz (USA), the scientists were “really surprised” by this discovery.
“Our information suggests that the American Indian heritage present today in the people of Easter Island was not present on the island before contact with Europeans and therefore may be due to more recent events in history,” said professor Fehren-Schmitz.
He stressed that “we were convinced that we would find direct evidence of a pre-European contact with South America, but we did not”.
The famous Moai Statues.
Image Credit: Shutterstock.
According to Fehren-Schmitz, this discovery sheds light on the evolution and human genetic diversity.
However, scientists could not determine when the first contact that altered the genome of modern Pascuenses occurred.
At present, the DNA of the inhabitants of the island shows between 6% and 8% of genetic material coming from indigenous people.
For this reason, the researcher stressed that his team plans to continue studying in this direction to determine more precisely how and when this gene entry from the continent occurred and from where it originated.
“The dynamics of the population of these regions is fascinating, we need to study the ancient populations of other islands, if they exist,” he said.
He also added that slavery, whaling and mass deportations are activities that could explain this genetic fingerprint.
It is estimated that the Rapanui arrived on Easter Island – located more than 2,000 kilometers from the nearest inhabited island – in the second century of our era.
Some anthropologists believe that this civilization – the creator of the massive Moai statues, which are the main tourist attraction on the island – is more related to pre-Columbian peoples than to inhabitants of other islands in the region.
Image Credit: Shutterstock
More than 900 moai statues sculpted by the ancient rapa Nui are distributed throughout the island.
Most of them were carved from the Rano Raraku volcanic cone, where more than 400 moai remain in different phases of construction.
The historical data of the entire development of the various construction techniques was developed on the island between 700 AD and 1600 AD.
Everything indicates that the quarry was suddenly abandoned and half-carved statues were left in the rock.
Astronomers used an instrument called MUSE to conduct the deepest-ever spectroscopic survey. The result was a bonanza of new knowledge.
Here’s the Hubble Ultra Deep Field region, as observed with the MUSE instrument installed at the Very Large Telescope of the European Southern Observatory in northern Chile. MUSE data provide a rainbow-like spectrum for each pixel in this picture. Image via ESO/ MUSE HUDF collaboration.
Sometimes, astronomy is about surveying widely to get the big picture. And sometimes it’s about looking more and more deeply. First released in 2004, the Hubble Ultra Deep Field is clearly about going deep. It’s a composite image of a tiny region of space, located in the direction of the southern constellation Fornax, made from Hubble Space Telescope data gathered over several months. There are an estimated 10,000 galaxies in the Hubble Ultra Deep Field, which exist as far back in time as 13 billion years ago (between 400 and 800 million years after the Big Bang). Being able to see galaxies so near the beginning of our universe has been a fantastic tool for understanding how the universe has evolved. And now – thanks to an instrument called MUSE (Multi Unit Spectroscopic Explorer), astronomers have been able to eke out yet more information – a veritable bonanza of information – from the Hubble Ultra Deep Field. Their work is being published today (November 29, 2017) in a series of 10 papers in a special issue of the peer-reviewed journal Astronomy & Astrophysics.
MUSE does more than just see the galaxies. It also splits their light into its component colors, using a technique that astronomers call spectroscopy. In the image above, a team of astronomers led by Roland Bacon of the Centre de recherche astrophysique de Lyon, France, used MUSE to obtain a rainbow-like spectrum for each pixel in the Hubble Ultra Deep Field.
… the deepest spectroscopic observations ever made.
They obtained spectra for 1,600 galaxies in the Hubble Ultra Deep Field. That’s 10 times as many galaxies as has been painstakingly obtained in this field over the last decade by ground-based telescopes. Roland Bacon said:
MUSE can do something that Hubble can’t — it splits up the light from every point in the image into its component colours to create a spectrum. This allows us to measure the distance, colors and other properties of all the galaxies we can see — including some that are invisible to Hubble itself.
Jarle Brinchmann, lead author of one of the papers describing results from this survey, from the University of Leiden in the Netherlands and the Institute of Astrophysics and Space Sciences at CAUP in Porto, Portugal, commented:
MUSE has the unique ability to extract information about some of the earliest galaxies in the universe — even in a part of the sky that is already very well studied. We learn things about these galaxies that is only possible with spectroscopy, such as chemical content and internal motions — not galaxy by galaxy but all at once for all the galaxies!
Among other results, MUSE revealed 72 galaxies never seen before in this very tiny area of the sky. These galaxies wouldn’t have been obvious to Hubble. They’re members of a perplexing group of galaxies known as Lyman-alpha emitters. They shine only in Lyman-alpha light (produced when electrons in hydrogen atoms drop from the second-lowest to the lowest energy level). These objects become noticeable in MUSE data because MUSE disperses the light into its component colors. Meanwhile, in direct images such as those from the Hubble Space Telescope, these galaxies remain invisible. Why do these galaxies shine in this peculiar way? Astronomers don’t fully know.
The work also revealed luminous hydrogen halos around galaxies in the early universe. The astronomers said this discovery offers:
… a new and promising way to study how material flows in and out of early galaxies.
Other potential applications of this dataset are explored in the series of papers, including a study of the role of faint galaxies during cosmic reionization (starting just 380,000 years after the Big Bang), galaxy merger rates when the universe was young, galactic winds, star formation and the mapping the motions of stars in the early universe.
Roland Bacon pointed out that the data for all of this work were obtained prior to an upgrade to MUSE’s Adaptive Optics Facility (AOF). He said:
The activation of the AOF after a decade of intensive work by ESO’s astronomers and engineers promises yet more revolutionary data in the future.
From MUSE’s website: “Looking like a machine straight out of the movie The Matrix, with its Medusa-like hoses and connections, MUSE is the latest of the 2nd-generation instruments to be installed on Yepun (UT4), the fourth Unit Telescope of the Very Large Telescope at the Paranal Observatory.”
Bottom line: Astronomers used an instrument called MUSE to peer toward the area of the Hubble Ultra Deep Field and to conduct the deepest-ever spectroscopic survey. The result? A bonanza of new knowledge!
Le SETI se demande si l'astéroïde 'Oumuamua ne serait pas un appareil extra-terrestre
Le SETI se demande si l'astéroïde 'Oumuamua ne serait pas un appareil extra-terrestre
L’institut scientifique SETI, qui recherche l’existence de formes de vie extra-terrestres, a tourné ses téléscopes vers ‘Oumuamua, l’étrange astéroïde de forme allongée venant d’en-dehors de notre système solaire.
‘Oumuamua est le premier astéroïde interstellaire jamais observé. Rien que pour cela, ce dernier suscite déjà l’intérêt des chercheurs du monde entier. Mais en plus, l’étrange objet céleste découvert en octobre par une équipe d’astronomes hawaïens (d’où son nom qui signifie « messager ») a une forme allongée très peu commune, un peu comme un cigare.
Il n’en fallait pas plus pour que des journalistes et des fans de science fiction se mettent à le comparer à l’astéroïde Rama, du roman d’Arthur Clarke Rendez-vous avec Rama. En même temps, il faut bien avouer qu’il y a quelques similitudes. Dans cet ouvrage, Rama s’avère être un vestige de vaisseau extra-terrestre.
Le SETI sur le coup
Les fans de science-fiction seront donc heureux d’apprendre que l’institut SETI (Search for Extra-Terrestrial Intelligence = Recherche d’une Intelligence Extra-terrestre, en français) écoute actuellement l’astéroïde avec ses puissants radiotélescopes ATA et GBT pour voir si des signaux ne s’en échapperaient pas, juste au cas où. L’information nous vient du physicien James Benford. Ce dernier explique dans un article avoir discuté avec Jill Tarter et Andrew Siemion, deux membres du SETI qui lui ont confirmés ces observations.
Le physicien explique dans son article que si l'on exclut les explications les plus probables, il reste la possibilité qu’il s’agisse d’une sonde extra-terrestre. Celle-ci pourrait ainsi avoir pour but de collecter des données sur notre système solaire avant d’en rejoindre un autre. Benford ajoute que vu le nombre de satellites en orbite autour de la Terre, une telle sonde capterait facilement nos ondes. Il s’agit donc voir si la sonde potentielle n'envoie pas de signaux en réponse.
Bien sûr, il n’y a quasiment aucune chance que l’astéroïde soit réellement un appareil extra-terrestre. D’ailleurs Karen Meech, en charge de l’équipe hawaïenne qui a découvert l’astéroïde, disait il y a deux jours au New York Times que les observations menées jusqu’à maintenant tendent à démontrer qu’il s’agit bien d’un objet naturel, mais on peut toujours rêver.
MIT researchers design forest domes for Mars colonists
MIT researchers design forest domes for Mars colonists
A multidisciplinary MIT project promises to offer Mars colonists safe, sustainable, efficient, and comfortable housing. The project won the Mars City Design competition which focuses on creating sustainable habitats for Mars colonists.
The MIT team won first place for urban design with the Redwood Forest, a series of woodsy habitats enclosed in open, public domes that would reside on the Martian surface.
Image credits: Valentina Sumini.
The domes can house as many as 50 people, offering them not only a place to sleep but also open space with plants and water coming from Mars’ Northern Plains. Everything will be built upon a network of underground tunnels called roots, which not only connect different domes but also protect colonizers from cosmic radiation, extreme thermal changes, or micrometeorite impacts.
In total, the domes could host a city of 10,000 colonists. The city will “physically and functionally mimic a forest,” as every dome will manage solar energy and water in a tree-like fashion.
“Every tree habitat in Redwood Forest will collect energy from the sun and use it to process and transport the water throughout the tree, and every tree is designed as a water-rich environment. Water fills the soft cells inside the dome providing protection from radiation, helps manage heat loads, and supplies hydroponic farms for growing fish and greens,” says MIT doctoral student George Lordos, who was also involved with the project.
Redwood Forest is filled with domes, or what the team calls tree habitats.
Credits: Valentina Sumini.
MIT postdoc Valentina Sumini was the leader of the project. She says that the aim of the project isn’t only to build a functional and sustainable environment, but also one that would be comfortable.
“On Mars, our city will physically and functionally mimic a forest, using local Martian resources such as ice and water, regolith (or soil), and sun to support life. Designing a forest also symbolizes the potential for outward growth as nature spreads across the Martian landscape. Each tree habitat incorporates a branching structural system and an inflated membrane enclosure, anchored by tunneling roots. The design of a habitat can be generated using a computational form-finding and structural optimization workflow developed by the team. The design workflow is parametric, which means that each habitat is unique and contributes to a diverse forest of urban spaces.”
That last part means that similar designs and approaches could also be used for other purposes, including here on Earth. For instance, the tree habitat design could create comfortable working spaces in harsh environments such as the Arctic, barren deserts, or the seafloor. The underground network system could provide easy local transport for electric vehicles, while hydroponic gardening beneath cities could provide fresh fish, fruits, and vegetables with lower land and transportation costs, an idea which is already picking up steam in many cities of the world.
Just a few years from now, NASA expects to land a new rover mission on the red planet. The Mars 2020 mission will feature a rover which is very similar in terms of specs and appearance to its predecessor, the Curiosity rover. There will be some marked improvements, however, that will make landing the rover safer but also enhance its alien-life-hunting features, which is the mission’s main objective.
Artist impression of NASA’s Mars 2020 rover studying a Mars rock outrcrop. Credit: NASA/JPL-Caltech.
Landing a 2,000-pound science experiment on wheels more than 55 million miles away is quite the achievement in itself. In a maneuver that had never been tried before on another planet, a rocket-powered sky crane lowered Curiosity to the Martian surface on cables, then flew off and crash-landed intentionally a safe distance away.
Since it first touched down on Martian soil in 2012, Curiosity has provided researchers with a trove of data and new science. Thanks to Curiosity, we now have a far clearer and accurate image of the Martian environment including its radiation levels, geology, soil chemical composition, and much more. It has beamed back high-resolution photos of ancient streambeds and drilled martian rocks on site, around Mars’ 96-mile-wide (154 kilometers) Gale Crater. Here, the rover found evidence that a nearby area known as Yellowknife Bay was part of a lake that could have supported microbial life.
Big wheels to fill
The upcoming Mars 2020 mission aims to further Curiosity’s legacy. Much of it will be, in fact, based on Curiosity, with about 85 percent of the new rover’s mass being based on “heritage hardware” — system designs and spare hardware employed by Curiosity.
“The fact that so much of the hardware has already been designed—or even already exists—is a major advantage for this mission,” said Jim Watzin, director of NASA’s Mars Exploration Program. “It saves us money, time and most of all, reduces risk.”
Of course, there will also be new cutting-edge tech onboard, like instruments designed to identify biosignatures on a microbial scale. A ground-penetrating radar will now be able to ‘see’ under the surface of Mars, mapping layers of rock, water, and ice up to 10 meters (30 feet) deep. The rover will also feature new imaging equipment including color cameras and a zoom lens. To top things off, a laser will vaporize rocks and soil to analyze their chemistry.
“Our next instruments will build on the success of MSL, which was a proving ground for new technology,” said George Tahu, NASA’s Mars 2020 program executive. “These will gather science data in ways that weren’t possible before.”
For the mission, NASA plans to drill at least 20 rock cores, possibly up to 40, and return them to Earth. These samples might help answer one of the most important questions on scientists’ minds right now: Are we alone in the Universe?
NASA’s Jet Propulsion Laboratory is also working on new landing tech, like terrain-relative navigation. As the descent stage carrying the 2020 rover approaches the Marian surface, instruments will compare what they ‘see’ with pre-loaded terrain maps such that the rover is guided to its landing site as safely as possible. Another related tech called the range trigger uses location and velocity to determine the optimal time to fire the spacecraft’s parachute.
“Terrain-relative navigation enables us to go to sites that were ruled too risky for Curiosity to explore,” said Al Chen of JPL, the Mars 2020 entry, descent and landing lead. “The range trigger lets us land closer to areas of scientific interest, shaving miles—potentially as much as a year—off a rover’s journey.”
We don’t exactly where Mars 2020 will land but we will likely soon find out by the end of next year. In February, the potential drop sites were narrowed down from eight to three: an ancient lakebed called Jezero Crater; Northeast Syrtis, where warm waters may have chemically interacted with subsurface rocks; and possible hot springs at Columbia Hills. All of these sites are varied and very different from Gale Crater, but they all have great potential for finding signs of past or present alien life.
“In the coming years, the 2020 science team will be weighing the advantages and disadvantages of each of these sites,” Farley said. “It is by far the most important decision we have ahead of us.”
One of the most advanced and mysterious ancient peoples, the Indus River Valley civilization, was completely lost to history until the 1920s.
The ruins of Mohenjo daro (“Hill of the Dead”), one of the jewels of the Indus Valley Civilization and the ancient world.
Some five millennia ago, a people settling the lands between today’s Afganistan, northwest India, and Pakistan rose to the forefront of civilization, knowledge, and sophistication at the time. The echoes of their achievements still awe us to this day, showing a level of civilization almost unimaginable for a people that had, ultimately, risen directly from the Stone Age.
But this beacon of antiquity crumbled and was forgotten, likely under the weight of issues that fall worryingly close to those of today: food and water insecurity powered by climate change.
The Indus River Valley civilization, also known as the Harappan civilization after the first site of their discovery, is a Bronze Age culture that spanned roughly from 3300 to 1300 BC. It stood toe to toe with the three other ancient heavyweights of the world — Egypt, Mesopotamia, and ancient China — often surpassing their scientific achievements; out of the four ancient cradles of civilization, the people of the Indus Valley could claim to be the largest and arguably most prosperous.
Their success was built on a solid agricultural base (they grew various crops, from dates to cotton) and cutting-edge technologies, including indoor plumbing, sophisticated city-planning and public sewage systems, breakthroughs in crafting techniques, writing, and one of the most advanced understandings of metallurgy at the time. They also seem to have been a peaceful people; despite their skill with metal, we’ve found strikingly few Harappan weapons. Not the same thing can be said about their children’s toys, however, of which they seemingly couldn’t get enough of, both in quantity and variety.
The Harappans are one of the most mysterious groups to, tragically, never truly ma ke it out of antiquity. Despite its status as an economic, technological, and social powerhouse, the Harappan civilization simply fell apart in a span of two or three centuries. The reasons as to why this happened are still a subject of passionate debate and they may be more relevant now than ever before.
2. Discovery
The Ten Indus Scripts, discovered near the northern gateway of the Dholavira citadel in India.
Image via Wikipedia.
In 1856, British colonial officials in India were busy overseeing railway construction efforts between the cities of Lahore and Karachi (today part of Pakistan), right along the valley of the Indus River. Digs performed as part of this building effort stumbled upon an incredible stash of artifacts — hundreds of thousands of fire-baked bricks, buried in the dry terrain. They looked quite old, but some were nevertheless used for the railway’s track ballast or its roadbed. Soon, exquisitely-carved soapstone (steatite) artifacts were also making an appearance throughout the bricks. Unwittingly, these workers had unearthed the first slivers of a civilization lost in the depths of time.
Despite the sheer size of the discovery, major excavations didn’t start until much later. This is quite vexing, as the first recorded notes regarding the civilization come from 1826, penned by a British army deserter named James Lewis/Charles Masson, who noticed the presence of mounded ruins at a small local town called Harappa while posing as an American engineer. Partly, this lag came down to archaeologists assuming the bricks and ruins were crafted during the Maurya Empire, which dominated India between 322 and 185 BCE. It was only after excavation works started at the site in 1920 under John Marshall, then the director of the Archaeological Survey of India, that it became clear they were dealing with another culture altogether.
The newly re-discovered civilization would receive its name from this site at Harappa, and pushed the known history of India back by at least 1500 years. In the meantime, archaeologists have scrambled to understand the Indus River Valley civilization — but we’ve been able to confirm frustratingly little from all we’ve found.
3. Size and origin
The Harappans at their peak. Image via Wikimedia Commons.
The Harappans seem to hail from a town named Mehgarh, nestled in the foothills of a mountain pass in today’s western Pakistan. Evidence points to human habitation in the area as far back as 7000 BC. Archaeologists have broken their evolution down into three steps or phases:
Early Harappan from 3300 to 2600 BC,
Mature Harappan from 2600 to 1900 BC, towards the end of which the civilization starts going into decline, and
Late Harappan from 1900 to 1300 BC, marked by violence, breakdowns in social order, the abandonment of most settlements, and the eventual extinction of the Indus Valley people.
But when things were going well for the Harappans, they were really good. So far, more than 1,052 Harappan cities and settlements have been found, mainly in the general region of the Indus River and its tributary rivers. At their peak, they are estimated to have numbered five million souls.
4. Culture, language, and beliefs
One of the reasons why we can’t figure the Harappans out that well is their writing. We know they had a kind of writing, because we found some of their texts, etched on clay and stone tablets dated between 3300-3200 BC, at Harappa. They appear to have been written right to left in a script which we, unfortunately, don’t understand. The symbols resemble plant and trident-like shapes and are completely unlike anything we’ve ever seen. This has led many researchers to believe that Harappan script evolved independently of those in Mesopotamia, Egypt, or China.
It also means that we don’t actually know any Harappan names, the name of their cities, or what they called themselves. We refer to them by names we ourselves have given them — just something to keep in mind as you read further on.
Samples of Indus script. Image via omniglot.
In the absence of any known names or words, without any bi-lingual texts or clear cultural ties to compare or infer from, it’s nigh-impossible to understand the script of a dead language. But it does have the hallmarks of a language, researchers have found, a conclusion that is sure to goad curiosity further.
“At this point, we can say that the Indus script seems to have statistical regularities that are in line with natural languages,” said Rajesh Rao, a University of Washington researcher who led a study in 2009 analyzing if Indus script shows ‘conditional entropy’, a structural semi-predictability that underlies functional languages.
Indus Valley religion also eludes our understanding. Unlike their Egyptian and Mesopotamian counterparts, the Harappans didn’t build any temples or palaces (that we know of), so we don’t have any evidence pointing to specific deities or their religious practices. However, many of their artifacts (in the form of seals) showcase animals. Some depict them being carried in a ceremony, while others include downright mythological creatures such as unicorns. Thus, some researchers have speculated that religion in the Indus Valley centered, in some way, on animals. Others have suggested that the animals on these seals instead signified one’s membership to a group such as a clan, social class, so forth. Until more evidence is gleaned, neither can be fully supported or refuted.
We have, however, found ample evidence of Harappan art and culture, including sculptures, seals, pottery, gold jewelry, as well as anatomically detailed figurines in terracotta, bronze, and steatite.
Left: Indus priest or king statue. The statue is 17.5 cm high and carved from steatite. It was found in Mohenjo-daro in 1927. Right: A collection of Indus valley seals with their molds. Images via Wikimedia, modified.
The evidence points to a flourishing culture, but the lack of writing in particular spells doom for our efforts to understand how these people ruled themselves — legal codes, procedures, and systems of governance, after all, are rooted in written documents. This, again, is especially frustrating, as we’re going to see that the Harappans were extremely adept at ordering and coordinating their society, for the benefits of all those it harbored.
5. Science and know-how
One of the most striking features of Harrapan society was their propensity for standardization. Pottery and seals use surprisingly similar proportions. Bricks are virtually identical in size, shape, weight, and material, even among different cities. Weighs used in trading are also virtually identical. The level of standardization is so high, in fact, that some researchers claim it could only be the product of a single state authority enforcing them on all communities in the area. However, the pointed scarcity of weapons makes it more likely that the Indus Valley people were led by a number of leaders representing each major community or cluster of communities, all working together voluntarily. This view is supported by studies on Indus graves and human remains that show everyone enjoyed similar health and a relative scarcity of elite burials — suggesting they had no rulers, as we understand the term, and that everyone enjoyed equal status.
Remains of a washroom drainage system in Lothal. Notice the quality bricks, millennia old, used for its construction. Image via Wikimedia.
While most of the Harappan settlements were only villages or small towns, the civilization had several large urban centers. Among those we’ve found are Harappa, Ganeriwala, and Mohenjo-daro in modern-day Pakistan and Dholavira, Kalibangan, Rakhigarhi, Rupar, and Lothal in modern-day India. Out of the lot, Mohenjo-daro became the largest city of the Indus Valley Civilization and holds the multiple distinctions of being one of the world’s first major urban centers, as well as, at the time, one of the most sophisticated cities in the world and a global architectonical and engineering masterpiece.
The Harappan fire-baked brick was produced and used on a massive scale in construction. Not only were they surprisingly standardized, as we’ve seen, but they’re also strikingly advanced for the time (with sun-baked bricks being the norm).
The ruins of their major cities show that a lot of effort went into urban planning. Houses, workshops, and trading spots each formed distinct neighborhoods, and cities had well-organized wastewater drainage and trash collection systems, granaries, even public baths. This efficient layout further suggests that local governments were present and of high quality, working with great efficiency and aiming particularly to maintain public hygiene (or possibly, religious ritual).
Both Harappa and Mohenjo-daro featured citadels, heavily fortified areas thick with defensive structures — a feature other important and well-off cities likely shared. They had administrative (and possibly religious) centers that were also fortified. The walls are speculated to have played a double role, protecting the Harappans both from invasions and floods.
Another distinctive feature of the Indus people was that they didn’t really build to awe. We know they could build impressive structures, as they show an advanced understanding of architecture with dockyards, granaries, warehouses, and protective walls. But there’s no conclusive evidence of any palaces ever being built here. Neither of temples. In fact, the largest Indus buildings we’ve found so far were likely granaries. The nearest thing we’ve found to a ‘monument’ is in Mohenjo-daro — the Great Bath, a public bathing and social area.
Why build a mountain of limestone for one dude to be buried in when you can have a bath for everyone to enjoy? I like these Harappan people. Image via Pinterest.
In addition to architecture and urban theory, Harappans made repeated breakthroughs in metalworking (which was the day’s rocket science), working copper, tin, lead, and bronze, and had skilled craftsman, as shown by their intricate carnelian carvings. They also made important advances in transport technology, being a contender for the “first civilization to use the wheel” prize, in the form of oxcarts that are pretty much identical to those seen today throughout South Asia. Sailing was also, by all evidence, serious business for the Indus, who built boats and sea-worthy ships. This is supported by the discovery of a massive dredged canal and a suspected docking facility in Lothal, on the Indian Ocean’s coast, and the use of seashells in their arts and crafts.
6. Money and economy
The Harappans maintained one of the most impressive ancient trade empires and improved transport technologies, maintaining maritime trade networks extending from the Middle East to Central Asia. Evidence for these networks includes Harappian shellwork, found as far as the Arabian Gulf in Oman, as well as seals and jewelry found at archaeological sites in regions of Mesopotamia (today’s Iraq-Kuwait-Syria area). There’s also speculation that Harappian traders traversed long distances over water in ships made of planks, with a single mast and a sail of cloth or woven rushes.
Ceramics from the area show similarities to those from northern Iran between 4300 and 3200 BC, suggesting trade between these areas during that time. Similarities in pottery, seals, figurines, and ornaments from Central Asia and the Iranian plateau during the Early Harappan suggests land trade was established to these areas during the time.
Trade focused mostly on securing raw materials which were used to fuel Harappan workshops. Imports included minerals from Iran and Afghanistan, lead and copper from other parts of India, jade from China, and cedar wood floated down rivers from the Himalayas and Kashmir. Other traded items included terracotta pots, processed metals, gold and silver, tool-grade flints, as well as jewelry and its associated materials: beads, seashells, pearls, and colored gemstones, such as lapis lazuli and turquoise.
7. Decline
By around 1800 BC, the Indus Valley Civilization was starting to crack. A widely-accepted theory is that they fell to a nomadic Indo-European tribe called Aryans, which invaded and subsequently conquered the Harappians. Evidence in support of this comes from the fact that cities were being abandoned at the time and an increase in the apparent incidence of violence and violent death — which both fit with what you’d expect to see in a war zone.
More recent evidence, however, contradicts this theory. Some experts believe that the collapse was caused by climate change. By 1800 BC, the whole area grew colder and drier, and it’s suspected that tectonic movements in the area heavily disrupted or diverted the rivers on which the Harappans relied. The drying of the Saraswati River, which began around 1900 BC, is believed to be a major driver of these local changes. Combined with monsoon-associated periods of flooding and drought, these changes in river patterns splintered the once-monolithic block of the Indus Valley Civilization.
Farmers fled eastwards, towards the basin of the Ganges. While the river allowed them to re-establish villages and farms, these communities could not dream to produce the same agricultural surplus as the Indus River basin and the refined irrigation systems built there. Faced with starvation, large cities tore themselves apart or vacuated for rural settings. Without their craftsmen, trade with Egypt and Mesopotamia shriveled and then ended altogether.
This latter theory is supported by the presence of Indus Civilization elements in later cultures, called Harappan cultures, more in line with a slow decline than a fast disappearance at sword-point.
Whatever the reason, by around 1700 BCE, most of the Indus Valley Civilization cities had been abandoned. With them, the Harappan people’s stars waned, never to recover.
ALIEN MESSAGE TO MANKIND: "DO YOU WISH THAT WE SHOW UP?"
Analyzing the thousands of documents through which contacts with extraterrestrial beings have been verified, it can be deduced that there are five types of messages that "they" want to spread:
THE FIRST
Ecology:Space visitors tell their contactees that humanity is corrupting everything, that the seas and oxygen are being contaminated with chemical and industrial toxic waste that atomic bombs endanger life on the planet , usually warn of great dangers if the situation is not corrected, remember the global warming that we are currently suffering.
THE SECOND
Scientist: In many cases, a large number of scientific knowledge has been delivered to humans that are kept secret by governments, mainly the North American and Soviet governments. They also usually send illiterate people to transmit scientific communications to scientists.
THE THIRD
Technician: Many contactees have received the knowledge with concrete instructions to build state-of-the-art devices. We should not be surprised when a large number of inventors demand the patent of artifacts whose usefulness we do not yet know and perhaps we never know.
THE FOURTH
Cosmogenic: Another type of message is related to the origin of the Universe and the existence of God whom the aliens call The First Cause or The Deep The Supreme Intelligence.
THE FIFTH:
Moral: They establish a set of norms of life, curiously usually reinforces the moral or religious beliefs of the contactee by understanding the brotherhood as well as the love among peers asking that the message be disseminated in order to be known by the greater number of people.
The original source of this information appears to be by Mr. Jean Ederman, now 49, of France, who evidently works in the field of aviation. He writes: "... after having learned how to mentally project myself to a place in the presence of benevolent extraterrestrials, I received the following message..."
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SCIENTISTS DATE THE TOMB OF CHRIST REVEALING ITS COMPLEX HISTORY
SCIENTISTS DATE THE TOMB OF CHRIST REVEALING ITS COMPLEX HISTORY
The Church of the Holy Sepulchre in Jerusalem is said to be the place where the body of Jesus Christ was interned following his crucifixion at the hands of the Romans. Now, archaeological examinations of the site suggest that there is a deeply complex history around this holiest of all Christian shrines.
A new scientific examination of the site where Jesus is believed to have been laid to rest has utilized chemicals in the limestone making up deepest reaches of the cave to discover how long it had been since the rock had been exposed to light. They found that these oldest areas of the cave were around 1700 years old and that some of the other rock laid on in the cave dated to the era of the Crusades.
The New Testament states that Jesus was put to death in the early years of the first millennium and that the Romans located and enshrined his tomb around the year 326 AD. This ambitious project was undertaken by Constantine I, the first Roman emperor to convert to Christianity and declare it to be the official religion of the Roman Empire. Along with his wife, who was also a devout Christian, he ordered a number of projects of this nature as well as the erection of large Christian shrines throughout the entire Empire. This date historical documents suggest that Constantine ordered the enshrinement of Jesus’s tomb tallies up neatly to the age of the layered limestone in the cave uncovered by scientists investigating the site suggesting that this is indeed the tomb of Christ.
There has been a great deal of speculation as to whether the real location of Jesus’s tomb had been lost over the years. During the Crusades, the Church of the Holy Sepulchre was completely destroyed and subsequently rebuilt by the Christians in the area. This has led to questions as to whether they truly built on the exact same site as the Romans. Some historians have said that even if they did manage to build on the correct spot, that the Romans may not have located the tomb of Jesus Christ accurately.
Archaeologists and historians concede that there is no way of telling whether the tomb most definitely held the body of Jesus Christ but it is still considered to be far and away the best candidate. According to Dan Bahat, the former city archaeologist of Jerusalem, "We may not be absolutely certain that the Holy Sepulchre Church is the site of Jesus' burial, but we certainly have no other site that can lay a claim nearly as weighty."
Last October, the tomb was opened to the public for the first time in many centuries after the painstaking restoration of the shrine enclosing the tomb which is known as the Edicule. The restoration project took nine months to complete and cost a staggering $4 million.
Gardeners on Earth enjoy it when their gardens have sufficient worms to fertilize the plants they grow. However, there are plans to bring these inconspicuous animals to Mars--and there's testing that proves that they'll work on Martian soil.
NASA recently carried out an experiment that involved simulated Mars soil, using data collected all the way back from the first unmanned spacecraft. Back when space exploration was in its infancy, probes were sent on a one-way path to planets such as Mars and using technology way beyond its time sent back images and soil composition data to the curious people of Earth.
Worms were found to improve crops grown in simulated Martian soil .
The scientist added "rucola" (rocket or arugula) plants, manure, and fertilizer. Once they added the worms, they thrived within the new environment. They performed so well in the simulated soil that they even produced offspring.
The "soil" used in these experiments technically doesn't follow Earth's definition of what soil is. That's because it contains organic material, while Earth soil consists of non-living materials. Scientists merely use this term as a placeholder in order to distinguish it from another, finer material on Mars known as regolith.
SIMULATING MARS SOIL IN A LAB
Simulated soil has more uses beyond testing whether worms will thrive on Mars: it can be used to figure out how the equipment such as rovers, mining equipment, and spacesuits will be affected by the foreign soil. This is key knowledge as we're considering sending people to Mars in the 2030s, and we don't want them to arrive after their years-long journey to Mars only to find out that their spacesuits and equipment are unfit for the environment.
Thankfully, the foreign soil can bear plant life such as rucola, so feeding the travelers to Mars isn't such a big problem. Hopefully, by the 2030s NASA will sort everything out, and we'll be able to see Mars firsthand!
This video footage was created during the Space Shuttle Mission STS-134 and shows the enormous external fuel tank.
Then a strange white object appears for a few seconds. It can be clearly seen that this object partially disappears behind the clouds. So it seems to be very big.
AGARTHA, A SUBTERRANEAN WORLD INSIDE OUR PLANET, CONFIRMED BY TOP SECRET NAZI MAPS AND DOCUMENTS
AGARTHA, A SUBTERRANEAN WORLD INSIDE OUR PLANET, CONFIRMED BY TOP SECRET NAZI MAPS AND DOCUMENTS
Us humans know a lot about the surface of the Earth. We've drilled oil rigs into it, mapped it, and studied it so many times that we can pretty much find out anything about the Earth from some database out there. However, we know very little about the inside of the Earth, a fact that the Nazis think that they have a lead into.
Map of Neuschwabenland
Nazi maps were recently uncovered that brought up questions as to whether the Earth is partially hollow and inhabited by lifeforms that we might have never seen. There are even stories of these Nazis who explored the polar regions of the Earth and going so far as to create secret bases in Antarctica.
IMPERIAL GERMAN MAPS OF THE HOLLOW EARTH
Translation:
Maps for the passage of the depths of the seas. Use only during manoeuvers! Instructions to pass spaces and corridors for the voyage to Agartha.
Beyond the Nazis, many other researchers have discovered and published material regarding Operation Highjump and Admiral Byrd's journeys in which technologically-advanced airships and UFO were believed to be seen flying around, and even aggressively engaging with them. In addition, a top-secret map found in a U-Boat depicts many secret passages that were used by the U-boats to explore unknown and mysterious underground regions. All these maps indicated that the center of the Earth is hollow. But why have the Nazis kept this a secret for so long? Such a fact would be of great curiosity to man if it were found true.
This is a close up of the document showing us the NS Seal and advice on how to work with it.
" Translation:
After returning from the assigment hand in at the secret department! IN CASE OF DANGER DESTROY FIRST! Printed for the Military Navy in an edition of 1300 copies at the special laboratory of the KZ Dachau. January 1944.
Perhaps all this was merely a propaganda scheme made for the war. After all, the Nazis wanted to establish themselves as a master race, and making it look like they had access to underground U-Boat tunnels and that they could communicate with supernatural things such as UFOs would make them look very dominant if that U-Boat were to be captured by the enemy.
This map shows us the main continent of this hemisphere named Liberia. The main ocean here again is also the Valkarian Ocean. On the lower part of the map the city of Shambala is depicted. The Tibetan Monks believe that the City of Shambala is not on our surface but on the inside of the Earth. This map of the Inner Earth shows us the actual position of Shambala confirming the actual existence of this mythical place.
Or maybe the Nazis wanted to keep this information secret to us in case they ever needed to use it for military needs in the future. Think about it: having access to secret underground tunnels could lead to more efficient and safe travel over enemy waters.
This is a letter from a German U Boat crewman of U-209. He says in the letter that U-209 commanded by Heinrich Brodda made it to the Inner Earth of Agharta and that they wouldn't be coming back.
"Translation:
Dear old comrade, This message will be a surprise to you. The U Boat 209 has made it, the Earth is HOLLOW! Dr. Haushofer and Hess were right. The whole crew is doing well, but they cannot come back. We are no prisoners. I am certain, that this message will reach you, it is the last contact with the U 209. We will meet again comrade. I am worried about the people that have to live on the surface, since the Fuehrer is gone.
God bless our Germany always.
With hearty greetings,
Karl Unger
Whether the Earth is hollow or not, the Nazis have left us quite a puzzle to deal with. Hopefully one day we will take a "Journey to the Center of the Earth" and find out!
Translation:
NEUSCHWABENLAND, ANTARCTICA AND OPERATION HIGHJUMP
More info and translations of all the text on the documents:
Levende bacteriën uit de ruimte gevonden op ISS. Is buitenaards leven nu dan echt ontdekt?
Levende bacteriën uit de ruimte gevonden op ISS. Is buitenaards leven nu dan echt ontdekt?
Wetenschappers hebben levende bacteriën uit de ruimte aangetroffen op de buitenkant van het Russische deel van het internationale ruimtestation ISS.
De organismen worden momenteel bestudeerd op aarde, liet kosmonaut Anton Sjkaplerov weten aan persbureau TASS.
Kosmonauten hebben tijdens ruimtewandelingen monsters verzameld, onder meer op plekken bij de motoren en waar het oppervlak van het ruimtestation het donkerst is. De monsters werden vervolgens naar de aarde gestuurd.
Uit de ruimte
“Nu is gebleken dat er bacteriën in de monsters zitten die tijdens de lancering van de module niet aanwezig waren,” zei Sjkaplerov.
“Ze zijn uit de ruimte gekomen en hebben zich aan de buitenkant van het ruimtestation genesteld,” voegde hij toe.
De bacteriën worden momenteel bestudeerd en het lijkt erop dat ze geen gevaar vormen, aldus de kosmonaut.
Per ongeluk
Sommige aardse bacteriën overleven ook al jaren aan de buitenkant van het ruimtestation, hoewel ze zich in een vacuüm bevinden en worden blootgesteld aan temperaturen die variëren van -150 tot 150 graden Celsius.
De bacteriën zijn per ongeluk meegenomen naar het ruimtestation op tablets en verschillende materialen die aan boord van het ISS zijn geplaatst om het gedrag ervan in de ruimte te bestuderen.
Sjkaplerov zal leiding geven aan de nieuwe bemanning van het ruimtestation, die op 17 december wordt gelanceerd.
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Turkse universiteit bereidt studenten voor op buitenaards contact. Deze docent opent de doofpot
Turkse universiteit bereidt studenten voor op buitenaards contact. Deze docent opent de doofpot
De Akdeniz-universiteit in de Turkse provincie Antalya biedt sinds kort het vak ‘Ufologie en Exopolitiek’, ter voorbereiding op contact met bezoekers uit de ruimte.
Docent Erhan Kolbasi vertelde aan het Turkse persbureau Dogan News Agency dat hij verwacht dat de mensheid binnen ’10 tot 15 jaar’ contact zal maken met buitenaardse wezens.
“Wij geloven dat afgezanten van de aarde en buitenaardse beschavingen spoedig officieel contact maken met elkaar,” zei hij.
Massaal contact
“Wij denken dat er tegen die tijd openlijk en massaal contact zal zijn,” voegde Kolbasi toe.
Hij lichtte toe dat het vak onderdeel is van voorbereidingen op de ‘grootste verandering in de geschiedenis van de wereld’.
Kolbasi claimde ook dat een schimmige groep genaamd MJ12 kennis over buitenaardse wezens onderdrukt om ‘de belangen van de VS te beschermen’.
Gecrashte UFO’s
MJ12 is naar verluidt gevormd door president Harry Truman om het volk in het duister te houden over buitenaards contact.
Dingen als glasvezelkabels, microchips, nachtkijkers en kogelvrije vesten kunnen we alleen maken dankzij de informatie die we hebben gehaald uit gecrashte UFO’s, stelde de docent.
Exopolitiek zal zich gaan richten op de manier waarop kennis over buitenaardse wezens in de doofpot wordt gestopt door overheden, voorbereiding op open contact en galactische diplomatie.
BREAKING NEWS ON UFOLOGY!.. “Dear Friends and Colleagues, The news on the courses on “Ufology & Exopolitics” that had been officially launched at “Akdeniz University (Antalya/Turkey)” received a substantial mainstream national media coverage in Turkey...https://m.facebook.com/story.php?story_fbid=1208648475903901&id=100002762809852 …
Beste bezoeker, Heb je zelf al ooit een vreemde waarneming gedaan, laat dit dan even weten via email aan Frederick Delaere opwww.ufomeldpunt.be. Deze onderzoekers behandelen jouw melding in volledige anonimiteit en met alle respect voor jouw privacy. Ze zijn kritisch, objectief maar open minded aangelegd en zullen jou steeds een verklaring geven voor jouw waarneming! DUS AARZEL NIET, ALS JE EEN ANTWOORD OP JOUW VRAGEN WENST, CONTACTEER FREDERICK. BIJ VOORBAAT DANK...
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Over mijzelf
Ik ben Pieter, en gebruik soms ook wel de schuilnaam Peter2011.
Ik ben een man en woon in Linter (België) en mijn beroep is Ik ben op rust..
Ik ben geboren op 18/10/1950 en ben nu dus 74 jaar jong.
Mijn hobby's zijn: Ufologie en andere esoterische onderwerpen.
Op deze blog vind je onder artikels, werk van mezelf. Mijn dank gaat ook naar André, Ingrid, Oliver, Paul, Vincent, Georges Filer en MUFON voor de bijdragen voor de verschillende categorieën...
Veel leesplezier en geef je mening over deze blog.
The Alien Message To All Mankind
Did Alien Beings Genetically Engineer Human Mankind? 
Scientists Shock The World By Revealing These Ancient Hand Prints Were Not Left By Humans
This Underground Complex Is A Million Years Old. Man-Made Or History 
Vegetables Grown in Mars-Like Soil
Water on Mars? Petroglyphs and Statues discovered on Mars!
Agartha: The Subterranean Worlds of Inner Earth 
The Maps Lie: Children Being Taught With Maps From The 1500's. Why? 
The Secret Kingdom Of Agartha - Antarctica Is The Key To Alien Technology
Amazon Indians Say That A Hollow Subterranean Earth Exists 
