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Student at Australian National University and the lead author of a paper published in Nature on Wednesday that may hold the answer. Mr. Jones and his colleagues developed a model that simulates what’s happening in our planet’s mantle beneat the crust that we live on, offering a window to the center of the .
Cassini would be traveling at more than 70,000 miles per hour as it passed within 2,000 miles of the cloud tops, and a chance hit with a sand grain could be trouble. The analysis indicated that the chances of such a collision were slim, but still risky enough that mission managers did not send .
Cassini would be traveling at more than 70,000 miles per hour as it passed within 2,000 miles of the cloud tops, and a chance hit with a sand grain could be trouble. The analysis indicated that the chances of such a collision were slim, but still risky enough that mission managers did not send .
Cassini would be traveling at more than 70,000 miles per hour as it passed within 2,000 miles of the cloud tops, and a chance hit with a sand grain could be trouble. The analysis indicated that the chances of such a collision were slim, but still risky enough that mission managers did not send .
