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NASA's Curiosity Mars Rover is a fearless unmanned space probe built to examine the Gale crater on Mars as part of the US space agency's mission to explore the red planet. Since Curiosity landed on Mars nearly seven years ago, NASA's car-sized vehicle has survived the brutal conditions of the red planet and has traveled nearly 13 kilometers. At that time, Curiosity made a breakthrough by revealing traces of water on Mars. However, a well-known conspiracy theorist in alien life thinks that NASA Curiosity Rover has now discovered evidence of something even more incredible: an extraterrestrial dome built on the surface of Mars.
Scott Waring said on his blog ETDataBase.com: "This is the most recent photo of the Mars rover.
"This ancient dome on Mars has stood the test of time.
"I reported this dome when it was farther away, but we had never seen it as close as it is now."
Mr. Waring then speculated a lot about the purpose of the so-called extraterrestrial base, barely perceptible among the rubbish bordering the desolate landscape.
He said: "Its smooth reflective surface shows that it was built to reflect the warmth and keep the interior cool.
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"It looks like the NASA rover is driving in that direction, so let's keep our fingers crossed.
"We can see an old entry or writing on its walls when near."
Some NASA Curiosity Mars missionists have expressed frustration with the apparently slow speed of the rover, which averages less than two miles per year.
In short, the Martian landscape is extremely treacherous and NASA can not allow any damage to be inflicted on its project, worth 2 billion pounds (2.5 billion dollars).
Curiosity is designed with a rocking suspension that allows the wheels to climb on objects larger than the wheel itself.
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This means that he must hit the object, swing the suspension to push the wheels on the object, and then handle the fall from the other side.
It's a lot of potential stress and this stress amplifies with speed.
NASA engineers had to take into account both individual shocks and cumulative damage that could be caused by many small shocks over time.
It is more important that Curiosity is able to overcome an obstacle than to move quickly. Curiosity engines are therefore designed for torque rather than speed.
In addition, with the delay of the signal, NASA must ensure that the flight controllers have the time to react in case of unforeseen.
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NASA's Curiosity rover last month detected relatively high amounts of methane, a gas that indicates the presence of elemental forms of extraterrestrial life.
However, a fast tracking experiment showed that methane levels had significantly decreased, with less than 1 part per billion in volume detected.
The disappointing results suggest that the previous detection – the largest amount of gas Curiosity has ever found – was one of the transient methane plumes observed in the past.
Ashwin Vasavada, NASA project scientist Curiosity, said: "The mystery of methane continues."
"We are more motivated than ever to continue to measure and gather our brains to understand how methane behaves in the Martian atmosphere."
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