... expansion of the human presence in space and the technological artefacts humankind has fabricated. Even so, and despite all... machine, and the pushing back of frontiers through technological innovation. space debris I (2012) visualises the population...
... Business, Energy and Industrial Strategy (BEIS), STFC’s purpose is to discover the secrets of the universe, develop advanced technologies, and innovate to solve real-world challenges. STFC sits under the umbrella of UK Research and Innovation (UKRI...
... four minutes after launch before making a nose-dive into the sea upon its return. Interstellar technologies mission is to “change the economics of Space Launch Services, making it more economic to existing customers and accessible to entirely...
..., it’s notable that only a handful have progressed to actually building, testing and launching a rocket that demonstrates their technology. “Gilmour Space is doing it; and if all goes well, I believe our new engine could well be the largest...
..., making it the first commercially developed Japanese rocket to reach orbit. Established in 2013 by a former internet maverick, Interstellar Technology Inc. said the unmanned rocket reached orbit after taking off from the company's test site...
... oxygen plant at their Materials and Electrical Components Laboratory, housed within their European Space Research and Technology Centre (ESTEC), based in Noordwijk in the Netherlands. Their aim is to efficiently extract oxygen from moondust and make...