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Striped Martian Moon Phobos got its distinct traces from rolling rocks

Brown University researchers have found an explanation of Mars Moon Phobo's unique track. After a computer simulation, they found that…

Brown University researchers have found an explanation of Mars Moon Phobo’s unique track. After a computer simulation, they found that the rolling Rocks from the Stickney Crater could have created these tracks. (19459013) Brown.edu )

A Brown University research highlights the origins of Mars’ Phobo’s distinctive markings, probably the most strange and most interesting moon.

A far away from all other usually perfectly shaped moons are Phobos that are not only distinctive in their form, but also because of the traces and craters it has.

Stickney Crater

While other moons also have pants and scratches, Phobos is particularly remarkable because it is full of these, which is why it is understandable that it easily piqued someone’s curiosity. One of its most eye-catching features is its Stickney crater, a hole 9 kilometers in diameter which makes it hard to miss.

Stickney Crater was formed 1

50 years ago when a massive rock met Phobos. Around this unique and unauthorized site, traces extend from the pit stop.

According to a research published in planetary and space science, the rolling rocks, which resulted from the Stickney influence, could have been the reason for the traces. To prove this, the researchers simulated how massive rocks rolled over the moon from the Great Crater, and so they concluded that the rocks from that event created the traces.

Leading researcher Ken Ramsley, surprised by what emerged from the experiment, believes that their efforts are a great help in determining other possible explanations of the traces. He told it at the beginning, the team had no expectations of what will be the result of the study.

Computer models also gave an explanation of why other tracks are not directly focused on the enormous effect. This was allegedly a result of Phobo’s size and weak gravity that caused Stickney’s stone block to roll all the way around the moon, which also explains why there are other overlapping tracks.

“It’s like a ski jump, but suddenly there’s no field below them. They stop making this suborbital fly over this zone,” Ramsley said about those parts of Phobos that had no traces.

“Plausible” Explanation

All of these may have happened in just a span of 12 hours, Ramsley explained. However, it is worth noting that the study is only a possible cause and not the definitive answer to the problem, with the researchers who believe the results are “credible “.

NASA first saw the 1970s traces. Since then, much of the same research has explained the link between the Stickney Crater and the patterns.

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