... ways to explore and define the state-of-the possible, and help it become the state-of-practice in space operations. Sources of space debris include explosions of rocket bodies. Specifically, there are five key areas in which academia is uniquely...
... for collective action are: growing space debris, the possibility of conflicts over space-based natural resources, and the possibility of war in space. Growing space debris The amount of space debris, especially in highly used orbits, is increasing...
... time, the then head of DRDO – V.K. Saraswat – said India would not do a physical test “because of the risk of space debris affecting other satellites.” China received widespread global criticism for its test in 2007 when it shot down...
...robots on orbit. This will in turn enable new, more flexible space systems to accelerate the current growth of the space economy, as well as mitigate the growing threat of space debris. Robotics is a rich area for research, development and investment...
...been tested, and the practical issues remain hard to judge. Space debris is a high risk for a static elevator, as anything ... grip, issues in the atmosphere, avoidance methods for space debris and sufficient reliability of the tether and the climbers,...
...done a great deal of technical and scientific work to address the problems related to space debris, including the establishment of a dedicated Space Debris Office. It is also developing multiple technologies to aid the compliance of missions with end...