...); and galactic cosmic rays, which are high-energy protons and heavy ions from outside our solar system. Belgian astronaut Frank De Winne placing some of SCK CEN/DLR radiation detectors inside a Colombus module on the...
... spacefaring species until we can produce the food we need in the vacuum of space. In order to go further into the solar system, humanity has to find a way to make food on board spacecraft and on inhospitable planets. Presently, humans exploring the...
... what they think conditions were like in the early solar nebula. Our Solar System is around 4.6 billion years old. It grew from...as they are a window into conditions in the early Solar System. It is generally excepted that the fragile nature of ...
... be very interesting to study the composition of the two pieces to see if they have a common origin in the early solar system or if some migration took place. The deuterium in water could easily be measured and will allow us to decide if terrestrial...
...all now received images from all of the major bodies in our Solar System. There will always be a need for artists (quite apart from ... accompanied by a quantum leap in our knowledge about the Solar System and the universe. Let’s take a look at how this...
...–Gerasimenko. That leaves plenty of possibilities for nanosat mission flybys and encounters of future comets. The inner Solar System is fairly easy to reach, being accessible to both free-flying and ‘hitchhiker’ cubesats/nanosats We know enough about...