(6 years, 10 months ago)
Public Bill CommitteesThis group of amendments comes back to the issue of liability for operators and, in particular, the need to set some form of cap on their liabilities so that they can get insurance.
Amendment 7 would change “may” to “must” in subsection 5. As I said earlier, that is not to set the limit, but to raise the principle of one. Later, as we will see when we come to Government amendments to clause 34, the Government themselves change “may” to “must”, implying that there is a cap that they are paying above. Similarly, in clause 33(6) we would also change “may” to “must”.
It needs to be stated that the maximum limit would not go above the €60 million that satellite launchers currently have to indemnify elsewhere. However, what has been described in the Bill and in the explanatory notes is that the launch activities carried out in the UK may be quite different, as the Minister just talked about with regard to noise nuisance. In horizontal take-off, we are talking about an aeroplane carrying a small rocket that will launch cube satellites and micro-satellites such as Unicorn.
As I said earlier, the current limit of €60 million per satellite, and therefore the launch of micro-satellites, would be untenable. Therefore, we need to consider in the consultation making the amount per launch, or per cluster, as opposed simply to per satellite. The Government need to reassure us that they accept the principle of a limited liability and of a liability cap.
There is also the discussion in the paper of describing launches as having a green or amber risk—obviously, those at red risk would not get a licence. Therefore, it could be done by class as opposed to launch by launch. Horizontal take-off vehicles launching cube satellites and micro-satellites might be given a different classification than a vertical take-off vehicle carrying large satellites, as has been the case elsewhere.
This cluster of amendments simply intends to bring back this basic principle that the industry has raised with me, and I am sure with other Members. It has also submitted in writing again that the failure to commit to setting a liability cap whereby industry indemnifies the Government up to a certain level means that companies will not manage to get insurance and they simply will not launch from the UK.
To add to the comments of my hon. Friend, this issue could affect where future developments take place in the space industry. Jurisdictions such as Singapore do not require satellites—Glasgow has strength in satellites—to be built locally. However, other jurisdictions require satellites to be built in the local area or in the country.
If cube satellite businesses do not get a mandatory liability cap within this Bill, there is a danger that future development will be affected, and a danger that, when those businesses are looking to expand or develop satellites for future use, they will do so where they can get one. That would be where they can insure and launch satellites. It is absolutely crucial that we get this issue sorted at this stage.
(6 years, 11 months ago)
Commons ChamberThe hon. Lady is absolutely right. Among other things, we are talking about preparing for a future deal, but the suffering and anxiety of EU nationals and EU national families in this country is already happening. They should have been given surety the morning after the vote, but instead we heard phrases such as “bargaining chips” and “playing cards” and were told they were key in the negotiations.
Does my hon. Friend agree that young early-career researchers in the academic sector, for example, are highly mobile and can easily move elsewhere? We should be rolling out the red carpet for them to make sure they stay, but instead we are treating them worse than dirt on our shoes.
I absolutely agree. As I said, we have lost 10,000 EU nationals from our health services. We have seen a greater than 90% drop in the number of EU national nurses registering to come here. It is not just about protecting the people already here. For the four NHSs across the UK, the workforce is one of their biggest issues, yet we are sending out such an unwelcoming signal that we will struggle to attract anyone else.
(8 years, 10 months ago)
Commons ChamberAbsolutely. It is really important that science fiction writers continue to write, because they often provide ideas and encouragement for creativity and development.
Satellites are also important in other areas. I have mentioned television; I could also mention communications, and weather and climate monitoring. It was satellites up in space that first photographed the issues with the polar ice cap, and we have now been able to compare the photographs that were taken 30 years ago with those that are being taken now, which are showing the real impacts on the ice cap.
The United Kingdom obviously has the potential to be part of a world network of satellites, in that the geostationaries are likely to be launched from America, the United Arab Emirates and Singapore, whereas Australia and the northern hemisphere will be launching satellites into polar and sun-synchronous orbits. Obviously, another blatant punt for Prestwick is that we are further north.
I thank my hon. Friend for that intervention. Different areas can no doubt provide different services.
Possibly the most famous satellite is the Hubble space telescope. I have been asked why we should not simply view the stars from a dark area of the Earth, such as Chile or Hawaii. The answer is that the Earth’s atmosphere is a fluid. Let us try to imagine viewing images through water in a swimming pool. That gives us an idea of what it is like trying to view space from the surface of the Earth. Getting out of that fluid and putting the Hubble space telescope up there have enabled us to get images that would never have been considered possible in the past.
The third really important, and really exciting, aspect of space exploration is the possibility of living in different environments. It was thought for a long time that two things were required for life to exist: an oxygen-rich atmosphere and liquid water. However, we have now seen evidence, even on Earth, of life existing in extreme areas—for example, at very deep pressures in the ocean and in very cold parts of the world. That gives us real hope that there might be life in other places, even within our own solar system. It also gives us the opportunity to think of living further afield beyond the constraints of the surface of the Earth.
We have mentioned astronauts already. I have counted seven British-born astronauts, although I might have got that number wrong. Two of them are space tourists, and a number of them moved to the United States in order to pursue their careers, but what was really exciting about Helen Sharman and Major Tim Peake is that they were both living here in the UK. That gives our youngsters great hope.
We must not forget, however, that space travel is extremely dangerous, particularly during take-off and landing. The Challenger disaster in 1986, in which seven astronauts were killed as a result of faulty seals in the solid rocket boosters, is an example of that danger. In describing the dangers of re-entering the atmosphere, I shall refer again to the fluid I mentioned earlier. Let us imagine skimming stones on the surface of a lake. That is what it is like trying to get a spaceship back into the Earth’s atmosphere. It has to enter at a particular angle and at a particular speed. If it gets those things wrong, it will bounce off the atmosphere like a skimming stone. If the angle of entry is too steep, it will burn up very quickly. It is a very precise operation. We also remember the Columbia disaster in 2003.
When I was at the Science Museum just before Christmas with all those children, they cheered and shouted as the rocket was launched. I did not cheer and shout at that point, however, and the people in ground control at the European Space Agency also waited until the rocket had got into orbit proper before the celebrations really started. That is the point at which it is considered to have become a lot safer. We must pay tribute to the bravery of these astronauts. Theirs is a dangerous job, albeit a glamorous one.
As my hon. Friend the Member for Central Ayrshire (Dr Whitford) mentioned, Tim Peake is to do his spacewalk tomorrow. He will be outside the space station for more than six hours, which is no small task. It is highly technical and highly dangerous, and we wish him all the very best.
I have been pleased to hear so many Members talk about the importance of science, technology, engineering and maths and of getting girls involved in those STEM subjects However, to do that, we need teachers in place, and a serious policy of recruitment and retention of teachers. We need to think about how we will attract people from other areas into teaching.
A few years ago, I was lucky enough to meet a NASA astronaut, who was talking to a group of my school children. He was asked by one, “What do I need to study in order to become an astronaut?” His answer was great. He said, “It doesn’t matter. You must follow what you are passionate about—be that material science, engineering, physics, chemistry, biology or medicine. Follow what you are passionate about and then other things will follow.” That is an important message for our young people.
Finally, I ask the Minister to commit to the space industry not just financially, but in terms of advertising and ambition. As my hon. Friend the Member for Paisley and Renfrewshire North (Gavin Newlands) said, we must have the ambition and we must say to our young people, “This is for you and it is available to everybody.” On the back of Tim Peake’s mission, which has been so inspirational to watch, we really need to get the message out there that space is open for business. I now call on the Minister to make it so.