Like the majority of the solar system's planets, this rotation is counter-clockwise, but as well as being significantly slower than Earth's rotation, the sun's rotation is much more complex.

Jupiter, the largest planet orbiting the sun, used to be much bigger and stronger when the solar system was just beginning to ...

Our solar system’s origin story spans billions of years and involves clouds of gas, cosmic collisions, and planetary ...

The reason is that the cloud of dust that formed our solar system started off with a slight rotation. Why does that matter? In order to answer that, we have to think about what happens when an ...

In its earliest days, Jupiter may have been even more colossal than it is now—twice as large, in fact, with a magnetic field ...

Related: 10 incredible volcanoes in our solar system The solar system formed about 4.6 billion years ago from a giant rotating cloud of gas and dust known as the solar nebula. Gravity caused the ...

The solar system's giant planets are famous for their ... they orbit their parent planets in the same direction as that of the planets' rotation. Additionally, such moons, called regular moons ...

The essential features of this hypothesis are that the Solar System has been formed from a spiral nebula, and that the planets have not been detached from the central mass through its rotation but ...

How our own Solar System came to be ... in direction between those forces is enough to create an axis of rotation: an eddy, transient on cosmological time scales, with a vortex at its center.