Next-Gen Mars Rover In Danger of Cancellation
OriginalArlen writes "NASA's next-generation rover, the nuclear-powered, laser-equipped Mars Science Laboratory is reported to be at a serious risk of cancellation due to budget and schedule overruns, including non-delivery of vital parts by a subcontractor. Costs are running over $2B so far, and the already thin schedule of Mars missions planned for the next decade — with budget ring-fenced for an outer-planets flagship mission — is in danger of further cuts."
The US is in a very bad position with respect to "Big Science". The problem basically is that any congress can't tie the hands of any future congress, and the consequence of this for science is that every single project faces cancellation, every single year. This has led to the cancellation many projects, a prominent example being the Superconducting Supercollider.
Science has a much longer-term view than congress. Congress, at most, has a view that lasts 2 years (to the next election), and practically it's much less than that. The US needs to devise a scheme to keep these projects going through hard times, and through fickle congressional actions. A constitutional amendment is unlikely, but how about some creative financing, of the "trust fund" variety? When things run over budget, bring in auditors, fire some people, but at all costs, make sure the science happens.
I'm at CERN, where the funding comes from member states as a fraction of their GDP. As a consequence, CERN has an extremely stable budget compared to US labs. If a project runs over-budget, the lab can simply delay the project. They also have a large permanent staff, so when new ideas come up, they can very quickly move to answer scientific questions, without building entirely new facilities. The expertise already exists here.
Canceling a project has disastrous consequences. Not only do you lose the science that would be gained, you may also lose the scientists, and technology developed along the way. It really is selling out future generations, and sacrificing technological advancement on a long timescale. It's very hard to see what will happen 50 years in the future, but I don't think human colonies on Mars are out of the question, perhaps spurred by the discoveries of the Mars Science Laboratory. Basic research has always paid off in the long run.
The US will lose out on the discoveries that will be made by the LHC. The US could have done it with the SSC a decade ago. How many more times does this have to happen before the US realizes it's a bad idea to cancel projects, and fixes the problem?
1^2=1; (-1)^2=1; 1^2=(-1)^2; 1=-1; 1=0.