... such as Planetary Resources and Deep Space Industries, both champions of space mineral resource exploitation and once ... novelty. As per international treaties, no country has jurisdiction over space, but if you are testing, for example, a new orbit...
... risk to astronaut health on missions beyond low Earth orbit (LEO) and, with a host of long term and deep space missions being actively planned and developed, it is becoming increasingly important to characterise and measure radiation and its...
...are protected by Earth’s magnetosphere. However, the exploration of deep space, including flights to the Moon and Mars, imply going... factors and create additional risks to the health of space exploration crews in the future. Hypomagnetic fields are ‘...
... of near real-time communication with Earth - are useful in preparing the space community for long-term, deep space missions, but they require a self-sustained living space for humans and cost-effective launch vehicles. Thus, making...
...main principle of using regenerative systems for deep space flight but, in his 1926 works Outside the... and data obtained on root moisture levels during these space experiments provided the necessary information to allow astronauts to ...
...Edinburgh Centre of Robotics are collaborating on an ambitious futuristic project to build an autonomous humanoid robot for future deep space exploration on Mars. The robot, shown in ‘starbot HR4DSE’, is equipped with a range of sensors that are used...