Let me give you the example of our dark matter studies. We're looking for the particles that make up five times as much mass in our universe than we do and that hold our galaxy together. We have a project happening at SNOLAB right now. We are working internationally with a group that is looking at something 10 times bigger and has committed to something 10 times bigger than that to be done here in Canada, perhaps 10 years from now, when there would be tremendous economic benefits, again, back here in Canada.
The international co-operation of 400 scientists and 14 countries in this collaboration is a way in which Canada can both contribute to very fundamental questions, where we don't know what this part of our universe is, and scale up to try to get the ultimate sensitivity, which could happen at our laboratory, SNOLAB, but would require major co-operation on the scientific front from other countries. It is becoming typical in particle physics—has been for a while—and I think it will have economic benefits in the long term as well.