By Jack Ryan
“All Truth passes through three stages.
First, it is ridiculed,
Then it is violently opposed,
Finally it is accepted as self-evident.”
“In an age of universal deceit, telling the Truth is a revolutionary act.” “Whoever controls the past, controls the future.” -George Orwell- “One of the saddest lessons of history is this: If we’ve been bamboozled long enough, we tend to reject any evidence of the bamboozle. We’re no longer interested in finding out the Truth. The bamboozle has captured us. It’s simply too painful to acknowledge, even to ourselves, that we’ve been taken. Once you give a charlatan power over you, you almost never get it back.” -Carl Sagan- “It is easier to fool people, than to convince them that they have been fooled.” -Mark Twain- Award winning filmmaker Bart Sibrel (Sibrel.com) presents his highly acclaimed (and much hated) controversial documentary showcasing newly discovered behind-the-scenes out-takes from the first mission to the moon, proving conclusively that the crew never left earth orbit.
Never before in all of recorded aviation has a flying machine worked on its very first attempt, much less the most complicated one ever created, landing on another planet on its maiden voyage and returning roundtrip with a crew that lived to tell, all with antiquated 1960's technology, even though the feat cannot be repeated today, by any nation on earth, with 50 years more technological advancements in rockets and computers, thus failing the simplest of scientific protocols, that of independent verification and duplication.
Religious attachment to this blasphemous lie, clouds most peoples' perception of the deplorability reality, that of a government deception, on a universal scale, to boost domestic morale during a time of unprecedented civil unrest from the vastly unpopular Vietnam War, all during the notorious Nixon administration. Ever wonder why they claimed to have walked on the moon, on the very first attempt (even though, right here on earth, Mt. Everest and the South Pole took numerous tries before success), allegedly accomplishing this amazing feat with very rudimentary 1960's technology (a cell phone has one million times the computing power than all of NASA in 1969), yet 50 years later, the farthest an astronaut can travel from the Earth to the moon is only 1 / 1000th the distance as they claimed 5 decades ago with antique equipment on their very first try? In this newly discovered, unedited, behind-the-scenes footage of outtakes from the first "mission to the moon", the crew is seen using a one foot diameter model of the earth, from earth orbit, in order to create the false illusion for the television viewers that they are half way to the moon, when in fact, they never left earth orbit, which is exactly the farthest limit that NASA can send astronauts today, with 50 years better rocket and computer technology. The CIA is even heard on a private, third audio channel, prompting the crew to respond to Mission Control only after four seconds have elapsed, in order to create the false impression of an increased radio delay, so as to appear farther from the earth than they really were. According to William Kaysing, a senior 6 year NASA contractor for the "Apollo" missions, who had the highest of security clearances, a classified interdepartmental memo rated the odds of a survivable manned lunar mission, on its first attempt with primitive 1960's technology, at only one in ten thousand. The only way to assure success, and not risk killing the crew on live international television, was an artful bluff by the shrewd Nixon administration, along with their well acquainted counterparts in the CIA.
Sibrel has been interviewed, and his documentary about the moon landings have been featured on, The Tonight Show, The Daily Show, Geraldo at Large, The Abrams Report, Coast to Coast, NBC, CNN, FOX, Time Magazine, The New York Times, The L.A. Times, The Washington Post, and USA Today.
By Guest Nicole
The US space agency Nasa has landed a new robot on Mars after a dramatic seven-minute plunge to the surface of the Red Planet.
The InSight probe aims to study the world's deep interior, and make it the only planet - apart from Earth - that has been examined in this way.
Confirmation of touchdown came through on cue at 19:53 GMT.
It ended an anxious wait in which the robot radioed home a series of updates on its descent.
Nasa's mission control at California's Jet Propulsion Laboratory (JPL) erupted into cheers when it became clear InSight was safe on the ground.
Read more: https://www.bbc.com/news/science-environment-46351114
By Guest Nicole
WASHINGTON (AP) — Earth’s protective ozone layer is finally healing from damage caused by aerosol sprays and coolants, a new United Nations report said.
The ozone layer had been thinning since the late 1970s. Scientists raised the alarm and ozone-depleting chemicals were phased out worldwide.
As a result, the upper ozone layer above the Northern Hemisphere should be completely repaired in the 2030s and the gaping Antarctic ozone hole should disappear in the 2060s, according to a scientific assessment released Monday at a conference in Quito, Ecuador. The Southern Hemisphere lags a bit and its ozone layer should be healed by mid-century.
Read more: https://www.apnews.com/835094e7af61414981259ed69dbb185e
By Guest Nicole
In the center of this image, taken with the NASA/ESA Hubble Space Telescope, is the galaxy cluster SDSS J1038+4849 â€” and it seems to be smiling.
You can make out its two orange eyes and white button nose. In the case of this â€œhappy faceâ€, the two eyes are very bright galaxies and the misleading smile lines are actually arcs caused by an effect known as strong gravitational lensing.
Read more:Â https://www.nasa.gov/content/hubble-sees-a-smiling-lens
By Queen Esther
NASA UHD Video: Stunning Aurora Borealis from Space in Ultra-High Definition (4K)
NASA Televisionâ€™s newest offering, NASA TV UHD, brings ultra-high definition video to a new level with the kind of imagery only the worldâ€™s leader in space exploration could provide. Using time-lapses shot from the International Space Station, showing both the Aurora Borealis and Aurora Australis phenomena that occur when electrically charged electrons and protons in the Earth's magnetic field collide with neutral atoms in the upper atmosphere Bringing you the BEST Space and Astronomy videos online. Showcasing videos and images from the likes of NASA,ESA,Hubble etc. ENJOY ;-))
By Guest Nicole
‘This is our first opportunity to really take a close-up look at the king of our solar system,’ says a leading investigator
An artist's conception of Juno - who has three Lego "passengers" on board - approaching Jupiter's swirling gaseous clouds Nasa/JPL-Caltech
Juno, the spacecraft on a mission to Jupiter, orbited closer to the giant planet than any man-made object before it, in a record-breaking approach on Saturday.
The Nasa creation, which was launched five years ago, made the close approach to Jupiter by soaring around 2,600 miles above the planet.
As it cruised by at a speed of 130,000 mph, Juno was expected to capture astonishing images and plenty of scientific data, say mission controllers at Nasa.
The probe was said to have reached its closest point at 1.51pm – following the spacecraft’s dizzying flight path which involved escaping Earth’s orbit and moving into Jupiter’s.
Scott Bolton, a principle investigator at the Southwest Research Institute in San Antonio in Texas, said Juno would have its whole suite of nine instruments activated as it soars above Jupiter’s swirling cloud tops. The instruments had previously been switched off so as to survive the entry into the planet’s dangerous radiation belts.
"This is the first time we will be close to Jupiter since we entered orbit on 4 July. Back then we turned all our instruments off to focus on the rocket burn to get Juno into orbit around Jupiter," said Dr Bolton.
"Since then, we have checked Juno from stem to stern and back again. We still have more testing to do, but we are confident that everything is working great, so for this upcoming flyby Juno’s eyes and ears, our science instruments, will all be open.
"This is our first opportunity to really take a close-up look at the king of our solar system and begin to figure out how he works."
Nasa space agents have said they hope to release some of the first detailed pictures of Jupiter's north and south poles. It could take some days for the images to be downloaded on Earth.
Scientists are also anticipating a wealth of data about Jupiter's composition, gravity, magnetic field, and the source of its 384 mph winds.
A British team from the University of Leicester are playing a key role in the mission by focusing on the planet’s magnetic field, its auroras and atmosphere.
There are also some "passengers" onboard the spacecraft, which is powered by three enormous solar panels. These are titanium-built Lego figures of 17th century astronomer Galileo Galilei, the Roman goddess Juno and her husband the Roman god Jupiter.
Scientists celebrate in Mission Control at NASA’s Jet Propulsion Laboratory as the solar-powered Juno spacecraft goes into orbit around Jupiter (AP
It took five years to complete the 1.8 billion-mile journey from Earth, including a trek through circuit-frazzling radiation that requires its flight computer to be armoured in a titanium vault weighing almost 400 lb.
At the end of its 20-month mission, Juno will self-destruct by plunging into Jupiter’s dense atmosphere.
The craft is part of Nasa’s New Frontiers programme of robotic space missions which last year saw the New Horizons craft obtain close-up views of dwarf planet Pluto.
By Guest Nicole
By Guest Nicole
Scientists cooking up test with potato pros in Peru; 65 varieties, red desert dirt
NASA says the Pampas de La Joya Desert in southern Peru has soil conditions like Mars. PHOTO: RYAN DUBE/THE WALL STREET JOURNAL
PAMPAS DE LA JOYA, Peru—As humans prepare to blast off to Mars, there is still the question of what they’ll eat once they colonize the red planet. Scientists who have traveled here to the Peruvian desert say they have the answer. Potatoes.
Researchers at the Lima-based International Potato Center and scientists at the National Aeronautics and Space Administration are studying which type of potato could be best suited for extraterrestrial farming to support a human settlement on Mars. If everything goes as planned, the Martian colonies could be munching on french fries, chips and mashed potatoes one day.
“It’s got to be a Martian potato that tastes good,” Julio Valdivia-Silva,a Peruvian astrobiologist with NASA, said while surveying the reddish-brown desert on a trip to collect soil. “It’s a big challenge to take a living organism somewhere else. We’ve never done this before.”
The idea is literally science fiction, included in the Hollywood blockbuster “The Martian,” where Matt Damon played a stranded astronaut and botanist who plants potatoes to survive on Mars. It’s also not so far-fetched.
Mars One, a Dutch nonprofit foundation, plans to send individuals to the planet in about 10 years on a one-way trip to establish a permanent colony. Inventor Elon Musk says his spacecraft company, SpaceX, also hopes to send humans within a decade but warned during a startup conference in Hong Kong in January that it would be “hard and dangerous and difficult in every way you can imagine.”
NASA, which landed the Curiosity rover on Mars in 2012 and found last year that water flows there, has recently announced plans to land astronauts.
That will be when the potato comes in handy.
“When humans go to Mars, they will want to grow things. They’ll need food,” said Chris McKay, a planetary scientist at NASA’s Ames Research Center in California and participant in the potato study. “I think we’ll be able to find varieties of potatoes that will grow at cold and low-pressure conditions. That would be interesting to know for Mars applications.”
The potato is a major global crop thanks to its ability to adapt to a variety of climates and its abundance of carbohydrates, as well as protein, vitamin C, iron and zinc. Peru, birthplace of the humble tuber, is home to over 4,500 varieties, more than anywhere else, according to the International Potato Center. Potatoes here also have another advantage: They’re not just for eating.
Reddish, purple and yellow spuds are used as dyes. Potatoes can be used as a battery. In Peru’s rural highlands, a lumpy potato called “the weeping bride” is given by the groom’s mother to the bride-to-be to test how good a wife she will be (it all depends on how neatly she peels the hard-to-peel spud).
In ‘The Martian,’ Matt Damon played a stranded astronaut trying to grow potatoes on Mars. PHOTO: 20THCENTFOX/EVERETT COLLECTION
Peru is good for the experiment because of the Pampas de La Joya Desert, one of the driest spots on Earth, which receives about a millimeter of precipitation a year. It is part of South America’s vast Atacama Desert that has long been studied by NASA for its Mars-like conditions, in particular its dirt.
For the potato study, scientists selected 65 varieties of spuds known to be the most resilient.
The first step will be to plant the tubers in over 1,300 pounds of soil transported from this desert to Lima. If they grow successfully, the potatoes will then be planted in a simulator that factors in the atmospheric conditions on Mars.
Walter Amoros, a Peruvian scientist at the International Potato Center, said he thinks half of the potatoes will grow in the desert soil, but only about 10 will yield a good-sized tuber. The flavor could change under the stress, he warned, which is common on Earth when potatoes are exposed to severe drought and high temperatures. That sometimes makes them so bitter they are inedible.
On Mars, the temperature averages minus 84 degrees Fahrenheit, with lows of minus 284 degrees, according to NASA. It has high levels of radiation and over 60% less gravity than Earth. Its atmosphere has 96% carbon dioxide, with only a tiny amount of oxygen. Then there are the dust storms and salty water.
Mars and Peru. The landscape is very similar.PHOTOS: NASA, RYAN DUBE/THE WALL STREET JOURNAL;
The potatoes “are going to pass through an acid test. I’ve done tests under stressful conditions, but never so stressful,” Mr. Amoros said. “I don’t think they’ll grow in the open air [on Mars]. They will have to plant them under controlled conditions, in domes.”
Early space travelers relied on paste-like food squeezed from aluminum tubes. Today, astronauts have a more appetizing menu: chicken, beef and even salmon jerky. Salt and pepper are provided in liquid form, to prevent them from floating away. There is coffee, orange juice and lemonade, consumed through straws.
NASA’s plant studies are currently focused on leafy greens like lettuce, which has been grown in small plant chambers on the international space station. They also plan to study Chinese cabbage and dwarf tomatoes. While less nutritious than potatoes, researchers hope the greens will be able to complement astronauts’ diet during space flights.
Scientists say growing food—should humans colonize Mars—would reduce costs and mitigate risks of transporting food by shuttle.
“If something goes wrong, if you can produce some of your own food in situ, then you have that as a means to sustain yourself,” saidRaymond Wheeler, a plant physiologist at NASA.
Until cultivating begins, scientists foresee transporting potatoes to Mars in refrigerated tubes. They could be planted by machines in a controlled environment before humans arrive. If Martian soil proves to be too hostile, there are options of growing them without soil by hydroponics and aeroponics, which deliver nutrients in water and air, respectively.
They will still need fertilizer, which scientists say could be resolved on Mars by recycling nutrients from urine and inedible plant parts.
“This will be important for achieving sustainable-type systems,” Mr. Wheeler said, “regardless of the approach.”
Abel Yapo, a student volunteer who helped dig up the desert soil, said he hopes one day to eat potatoes on Mars. “It would be a dream,” he said. “With my potatoes from the results we get here.”
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