... a project co-funded under EU-FP 7 and conducted by a consortium comprising International Space University, France; LIQUIFER Systems Group GmbH, Austria; Space Applications Services N.V., Belgium; Institute of Technology, University of Tartu, Estonia...
... a surprise to note that, despite the popularity of their use on Earth, ionising radiations are rarely considered for space applications. Unlike non-ionising radiations such as UV light, ionising waves cause deep and wide-ranging damage to organic...
...spacecraft capability They also work in highly scalable architecture, allowing for use across a large number of in-space applications. Thrust levels of 0.5N has been encapsulated within a standalone 0.7U unit, ready to bolt on to the smallest CubeSat...
... downstream (software), and upstream (hardware) opportunities, and will also look at technologies that have potential space applications such as robotics, nanomaterials and artificial intelligence and those which rely on satellite data such as drones...
... find their way into totally 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 ...
... Agency (ESA) are, of course, keenly focused on ensuring astronaut safety, so the opportunities to look at ADSS technology for space applications quickly became apparent. Project aims The general aim of the ADSS project was to develop a system that...