... of the substantial launch costs of around US $10,000 for every kilogram launched to orbit. This requirement makes lightweight devices that are based on a semiconductor chip an ideal choice for recording the concentrations of various gases from space...
...home by pulling CO2 out of Earth's atmosphere and turning it into oxygen. "Is it a final device? No. Is it a device that can solve the problem with Mars? No. But it is a device that can do something that is very hard," says Giapis. "We are doing some...
... with larger satellites could be avoided by making it mandatory that every Nano/Micro-Satellite be equipped with a tracking device, such as the retro-reflector proposed by Dr. Stuart Eves during the last Re-Inventing Space Conference in London. This...
... over longer periods of time and it might be necessary to either reduce the weight of future suits or develop specific devices to support the astronaut during long EVAs. To be able to conduct sampling of loose soil or smaller rocks, two different...
... unrelated products; for example, research into nano-robots for space applications has spawned a hand-held device for measuring blood viscosity in patients taking anti-coagulants;1 while research on ways to land instrumentation on Saturn’s moon...
...IoT) to refer to a future filled with connected devices—machines with sensors that can automatically connect (or “... – thus shortening its lifespan. “If one of these devices is compromised, the entire satellite communications infrastructure could be ...