Space Policy — House of Commons, 2016-01-14
Topic: Technology
Carol Frances Monaghan (Scottish National Party, Centre-left): I want to start by paying tribute to the original spaceman. I am not talking about Yuri Gagarin; I am talking about the legend who was David Bowie, and I am sure the House will join me in sending our condolences to his family I grew up in the 1970s and ’80s and there are three things I remember vividly from my childhood. The first was the excitement of the power cuts. That was maybe not so exciting for the industries, but, for me, as a child getting the candles out and wandering through the house in darkness always holds great memories. I remember Margaret Thatcher coming to power, too—probably the less said about that the better—and I remember space. I remember the space programme and the space shuttle programme, which started in 1981, with great excitement That excitement took off for me when the space shuttle made a surprise visit to the Paris air show in 1983, and for it to get there it had to piggyback on a jumbo jet. I was at primary school in Glasgow at the time, and we knew the jumbo jet would be flying over at some point in the morning. We had been told that when we heard the jumbo jet we had to stand, quietly put our chairs under our desks, line up at the door and all go carefully outside. Of course all order was abandoned when the noise of the jumbo jet was heard. Chairs were thrown, people climbed across desks, people were knocked down in the rush—[Interruption.] It was the west end of Glasgow. Eventually, out we went to see the incredible sight of the space shuttle perched—precariously, it seemed—on the back of this jumbo It was that single event in my childhood that sparked a major interest in me both in science and technology and particularly in physics. It was how I ended up choosing to study physics at university and eventually becoming a physics teacher, so the inspiration offered by space stretches across all strands of society At this point, I want to mention another physicist. He is a far more famous physicist than I am and has done great work for space: Professor Brian Cox. It was a great treat for my pupils at school to see clips of Professor Brian Cox taken from his wonderful DVDs "Wonders of the Solar System" and "Wonders of the Universe". It never surprised me that the academic students would be interested, but what was really surprising to me was that the less academic ones wanted to see him as well, and regularly would say to me, "Miss, are you going to stick on that professor guy?" They enjoyed that. I was lucky enough to be at the Science Museum on 15 December for Tim Peake’s launch. There were thousands of schoolchildren there, and their enthusiasm and excitement reminded me of the incident from my childhood with the jumbo jet One of my colleagues asked me a couple of days ago: "What is the point of this debate? Is it really that important? Why does space exploration matter?" Well, it is absolutely crucial that we have this debate and it is timeous to have it at this point. I want to talk about the three aspects of space exploration that I think are most important. First, there are only two industries that push innovation in great leaps and bounds: defence and space exploration. Space spin-offs have found their way into all aspects of our everyday lives, through materials such as Teflon, solar cells and robotic arms, which have led to the development of prosthetic limbs. The basic memory foam mattress was developed as a result of providing cushions for astronauts during take-off. There is also a story about the space pen that NASA spent a great deal of money developing, only for the cosmonauts of the time to decide that a pencil would work just as well in zero-gravity conditions Space technology has wide-ranging applications. For example, the damping system on the launch pad has special fluid dampers to ensure that the launch can take place in a stable manner, and when the Millennium bridge just down the road developed vibration problems in the first couple of days after its opening, it was those same dampers, taken straight from the shuttle’s launch pad, that provided the solution. Such applications happen throughout. Those spin-off technologies do not simply have an impact on our lives; they also have huge economic benefits, and it is important that we recognise that Secondly, the satellites that are in orbit have become fundamental to the way in which we live our lives. The largest satellite in orbit around the Earth is of course the Moon, which is of fundamental importance to our lives. It creates the tides, which create great benefits for life in the tidal areas. Artificial satellites that have been put into orbit provide us with television from around the world through satellite broadcasts that come to us via geostationary satellites in high Earth orbits more than 22,000 miles above the Earth.