Chinese researchers have identified the molecular mechanisms behind the cold tolerance of Syntrichia caninervis, a desert moss that could play a role in future Mars terraforming efforts.

A study led by Prof. Zhang Daoyuan from the Xinjiang Institute of Ecology and Geography (XIEG) of the Chinese Academy of ...

Continuing the Artemis program and using its planned lunar space station as a staging post would be a more energy efficient ...

A U.S. scientist searching for a civilization across 7 Earth clones circling the red dwarf star TRAPPIST-1 says its own alien ...

COVER STORYImagine a world where algorithms predict your desires before you articulate them, where humanity conquers ...

Climate Change can occur from many sources, natural or manmade. In order to handle these problems we may wish to utilize many ...

The Artemis program has been NASA's best chance to get "boots on the moon" again. But with the new US administration taking ...

A world-leading designer of space robots says gigantic new rockets being tested by billionaires Elon Musk and Jeff Bezos are ...

In the Future, we may use nuclear bombs to help turn dead worlds into living ones, in this episode we'll discuss several different methods of atomic terraforming.

Did you know that Mars at opposition is a special time when Earth and Mars are closest? This happens when Earth passes directly between Mars and the Sun. At this point, Mars appears larger and ...

Two planets that have shone brightly lately are Venus and Mars. Venus is brighter than Mars because of its thick, reflective cloud cover, which bounces a large amount of sunlight back towards Earth.