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.

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 ...

Because of its speedy rotation around the sun ... ve found the ancient neutron star crash that showered our solar system in gold. Live Science. Specktor, B. (2018, October 1) Pluto should be ...

If you could go back 4.6 billion years, you would see a time before our solar system even existed ... retrograde orbits—opposite of the sun’s rotation—because their relatively small masses ...

with its axis of rotation wobbling unpredictably. Like all moons in the outer solar system, it's mostly made of water ice, but its surface is unusually dark. When Cassini flew past it measured its ...

“In the Solar System’s youth, the Sun was surrounded by a rotating disk of gas and dust from which the planets were born. It is believed that a similar gas-and-dust disk surrounded Saturn ...

They found that the rotation of these dark regions, called sunspots, played a role in a massive solar flare that erupted from the sun in February. "Sunspots are features where the magnetic field ...

A young star no more than 300,000 years old is surrounded by a disk of dust and gas rotating in the same manner as planets in our Solar System, making it the youngest such infant system yet found.