For example, Jupiter is the most massive planet in our solar system. It’s so big, it could swallow 1,000 Earths. So it ...

The secret behind how the International Space Station remains in orbit can be traced all the way back to the genius of Sir ...

Exiting Earth's gravity takes an enormous amount of fuel and power. Due to this, spacecraft strapped to rockets are limited in their carry capacity and every gram must be accounted for.

Our readers have a lot of fun getting to grips with this one, working out how such an Earth would look – and what its ...

Kyoto University’s SIC Human Spaceology Center and Kajima Corp., a Tokyo-based major general contractor, are moving forward ...

He hopes the technology - which has been tested on a zero-gravity research aeroplane - could make space exploration more ...

This is roughly as close to Earth as today’s geosynchronous communications and weather satellites, and about 10 times closer than the Moon is today. Because the force of gravity is stronger at ...

Wednesday was a busy day aboard the International Space Station (ISS), as the crew tackled cutting-edge microgravity research ...

Galactic gravity can dramatically impact wide binary stars, pushing them towards unexpected mergers or collisions. The ...

Learn more about the 3D space printer that could help make space missions safer and open the doors for more in-space ...