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Look hear!
Scientists have found the answer to how giant planets like Jupiter move around their sun. Instead of arguing whether they were pushed by force or frozen in place, researchers in Tokyo have used their orbital periods to solve this mystery. This helps us understand how the universe organizes itself without chaos.
There's also a cloud of hot dust in the distance that was being observed. But there's another star hiding there and that's what's keeping the dust in place! This discovery is a whole plan to find planets similar to Earth.
Scientists have found the answer to how giant planets like Jupiter move around their sun. Instead of arguing whether they were pushed by force or frozen in place, researchers in Tokyo have used their orbital periods to solve this mystery. This helps us understand how the universe organizes itself without chaos.
There's also a cloud of hot dust in the distance that was being observed. But there's another star hiding there and that's what's keeping the dust in place! This discovery is a whole plan to find planets similar to Earth.