wanted to see how cells would grow in zero gravity and compare it to higher gravity. On earth I could watch cells growing at higher gravity compared to earth by putting the cells into a slow rotating centrifuge for a few days. The cell space flight never happened for the cells I studied.
YES! Someone at my university claimed to have found life in space. I interviewed him for my radioshow and instantly wanted to go and have a look around up there!
Yes, this would be my dream job! When I was younger I always wanted to be an astronaut, and I still do to an extent, although i am very happy with what I am doing now. As Werner says, although you maybe wouldn’t initially think it – space is very useful for people like he and I, who are studying human diseases. It’s also very important for us to learn more about how people function in space, as our astronauts are now spending more and more time in space on the international space station. My research looks at DNA mutations and how these can lead to cancer. We know that in space, people are probably more likely to get DNA mutations in their cells because on Earth, our atmosphere protects us from a lot of radiation that comes from space, but people in Earth orbit don’t have this protection. I would love to do a research project to see whether people who go into space for long periods of time are more prone to getting cancer because of this increased radiation exposure.
Actually, I’ve never really been that interested in space. I don’t know why, because exploration of space is one of the most impressive things that humans have ever done, but it’s just never been for me.
I’ve always been more interested in things closer to home, like controlling disease, making sure we have enough food and water, and understanding human behaviour. These for me are the interesting questions in science, and I’m happy to leave space to someone else!
Like Nick I personally have no real interest in space exploration. I would be more interested in exploring the deep sea of our own planet, right down to the very depths of the oceans at 11,oooo meters at a trench called Challenger Deep. More research is now being carried out in the deep which has been made possible by advances in engineering, allowing tools to be developed such as remotely operated vehicles (ROVs) which can withstand the huge pressures at depth.
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