But, perhaps the universe is arranged so that something like this is not surprising. If you believe this, people will laugh at you. A huge stone, human face: about a mile long, a half mile wide and a quarter mile high. In Human history: literal mountains of irrefutable scientificĭata, showing that an intelligent, technically sophisticatedĪnd humanoid culture must have once existed on Mars. The site also seems to be curiously mirrored (though somewhat reduced in scale, at 14:1) in Avebury (just 30 km north of Stonehenge) with many interesting lignments, among them: When the Spiral Mound on Mars is aligned perfectly with Silbury Hill itself (both are logarithmic spirals), the large crater lines up exactly to The Outer Circle and a road (which predates the area's known history) corresponds perfectly to "the wall" part of "the 10" and southwest, the peak of the five-sided DM Pyramid corresponds to the The Stele.Įxtraplanetary Archaeology - authorities are quick toĭismiss perhaps the most important scientific discovery
The entire layout of the complex employs a higher order of mathematics which extrapolates from what was known to the ancients as Sacred Geometry and seems to include the still elusive (to us) Fourth Theorem - a calculus poser involving higher dimensions. This mile long, half mile wide and quarter mile high "trick of light and shadow" (NASA) is surrounded by dozens of obviously artificial and mostly pyramid-like structures, all are aligned with the Martian cardinal points and arranged on a proportional grid of one by the square root of two the diagonal of a perfect square and first irrational number. The Cydonia Plateau is home to the famous and controversial "Face on Mars". The last data from the Viking 2 lander were received on the earth on April 11, 1980, and the Viking 1 lander made its final transmission on November 11, 1982. The Viking 2 orbiter ran out of fuel for its attitude-control system (the system that keeps the craft's solar panels pointed at the sun) and shut down on JViking's controllers on the earth were able to keep the Viking 1 orbiter functioning until August 7, 1980. The Viking spacecraft continued to function long past their planned 90-day mission. Viking 2 set down September 3, 1976, at Utopia Planitia, 6460 km (4014 mi) from Viking 1. Viking 1 landed on Mars on July 20, 1976, on the western slope of Chryse Planitia. It took each spacecraft almost a year to reach Mars-Viking 1 went into orbit around Mars on June 19, 1976, and Viking 2 on August 7, 1976. Each Viking spacecraft consisted of an orbiter, carrying a variety of imaging and remote sensing instruments to study Mars from orbit, and a lander, designed to operate on and intensively study the planet's surface. NASA launched Viking 1 on August 20, 1975, and Viking 2 on September 9, 1975. The Viking mission used two identical spacecraft to orbit and land on Mars.
Launched by the National Aeronautics and Space Administration (NASA), Viking was the most extensive and complex mission ever to explore Mars and included several experiments designed to test for life on Mars. Viking (spacecraft), first space probe to survive landing on the surface of the planet Mars.
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