There’s a new frozen oddball orbiting the Sun, and it’s not your average space rock. It’s a planet—a minor one, to be ...

the passage of time is relatively different in regions that experience different gravitational fields. When a planet is closer to the strong gravitational field of a massive star, planet ...

so the weight of an object on different planets (or moons) is different from its weight on Earth. The gravitational field strength (\(g\)) of a planet is the weight per unit mass of an object on ...

University of Colorado Boulder astrophysicist Jeremy Darling is pursuing a new way of measuring the universe's gravitational ...

Anomalies in the moon’s gravitational field suggest our satellite’s insides are warmer on one side than the other – which means that its interior is asymmetric ...

a phenomenon in which the light from a distant star is bent and magnified by the gravitational field of an object, such as a planet, passing in front of it. This effect allows astronomers to ...

The finding could explain the long-running mystery of why the surfaces of the lunar near and far sides are so different.

Vesta, one of the two largest bodies in our solar system's asteroid belt, has long been thought to be more than just another asteroid. Scientists had concluded that it sported some fundamental ...

The Moon has long captivated scientists with its dual nature. While its near side always faces Earth, the far side or 'dark ...

“Our study shows that the Moon’s interior is not uniform: the side facing Earth (the nearside) is warmer and more geologically active deep down than the far side. This difference is linked to the Moon ...

This is calculated by multiplying their mass by the gravitational field strength. 45 x 10 = 450. The planets in our solar system have different gravitational field strengths. For example ...