...of lack of gravity include a reduction in red blood cell production plus a loss of immune resistance. As bacteria and mould growth appears to increase in spacecraft during zero gravity, great care will be required regarding hygiene and diet ...
... up three-dimensional structures by selectively melting and solidifying metal powders. The process is free from metallic moulds and configures complicated shapes very close to specification for final products at a sharply reduced manufacturing cost...
... wear as well as biological growth - famously the Mir station, ISS’s predecessor, had surfaces pitted by fungi and mould. The single most challenging environment a spacecraft will face is during reentry, either to Earth - in the form of a reusable...
... lead to the degradation of the human race. After all, our Earthly civilization lives under the principle of ‘mould in a Petri dish’. After eating all the limited resources, it will die. Large-scale space exploration and...
... kit form the base or ‘lunar surface’, which could otherwise have been designed as a single piece of accurately moulded plastic. However, as one builds a crater in typical Lego pixelated-style, one realises that these sets should...
Lunar rovers, Mars rovers… any planetary roving vehicle has wheels - unless, of course, it has legs and resembles a spider. Serial entrepreneur Pavlo Tanasyuk, Founder and CEO of Spacebit, takes a brief look at the history of rovers and explains why...