... punctuated with woops and cheers. Mr Musk, who founded private spaceflight company SpaceX in 2002, said his colonisation plan uses a fully reusable transportation system that would take 100 people and 80 days to get to Mars...
... buried not far from the surface, it could become a possible resource for future space dwellers looking to colonise the planet. Although the water deposit is now frozen, if different climate conditions prevailed in the past when...
... hydroxide, both within and on the surface. Many have suggested that in order to make the next step to colonising another planet, we must first be able to set up home on the Moon and volatiles such as these could play...
... 100 flights is another matter, as apparently SpaceX has plans to phase out the Falcon 9 to concentrate on its Mars colonising BFR system; a sort of huge interplanetary space shuttle used to ferry people to Mars that Musk unveiled plans...
..., knowing that water could be easily accessible would be hugely advantageous, but this particular study is not about colonisation. For Heggy, these rare and puzzling water flows on Mars are of big interest to the science community...
... rich in methanogenic archaea; methane-producing microorganisms that are thought to be among the earliest cellular life forms to colonise our planet. Methanogens are typically found in oxygen-depleted environments such as sediments as well as in the...