..., it skews some of the results; no offence to the astronauts – it’s simply that their movements degrade the purity of the microgravity environment. The solutions discussed here are probably not the final solutions, but they represent the...
... Serena Auñón-Chancellor mixing protein crystal samples to help scientists understand how they work. Proteins crystallized in microgravity are often higher in quality than those grown on Earth and present opportunities for the development of new...
...the recent ‘Vection’ study onboard the ISS to explore perception of distance, motion and orientation capabilities under microgravity conditions. Despite these examples, MR has never been introduced in space or analogue missions as an integral habitat...
... a scientific payload that controlled air and liquid systems, to precise levels, allowing scientists to study plant growth in a microgravity environment. This system, the Biomass Production System (BPS), deployed onboard the Space Shuttle and then...
... for resolving disputes is in place. A mission to Mars will be challenging enough, thanks to the possibilities of equipment failure, microgravity effects and radiation exposure. Conflicts and disputes among the crew will only increase the challenge...
... approach would even have the bonus that it could be used as a variable gravity laboratory and not just a microgravity laboratory. However, the NASA post-Apollo programme envisaged large stations in orbit and surface bases on the...