Good morning. My name is Robert Mann and I am the president of the Canadian Association of Physicists.
With me is my colleague Dominic Ryan, who is the president of the Canadian Institute for Neutron Scattering.
The CAP represents physicists across the broad spectrum of physics: pure and applied, industrial, government laboratory, and academic physics in universities.
In our brief we present three recommendations: one is an increase for funding in basic research via NSERC's discovery grants program; the second is for a design study of the Canadian Neutron Beam Centre, which I will let my colleague Dominic Ryan speak to; and the third is for new funding for major infrastructure.
To speak to the first recommendation, we contend that basic research has been squeezed in recent budgets.
We are very grateful and appreciative of money that has come in for science. There has been money for the Canadian Light Source in Saskatchewan. There has been money for the Canada Foundation for Innovation. In my own city of Waterloo there has been money for the Institute for Quantum Computing. As a physics community, we are very grateful for all of this.
However, if you are able to look at the graph I supplied in the written material I gave, targeted research in the budgetary trends will go up 62%, but basic research, the pure curiosity-driven research, is going to be down by 3.5%. Basic research, we argue, is essential for society not only because of its intrinsic value--part of being human is in fact understanding and discovering new things--but also because of its importance for the marketplace, in that it keeps the marketplace alive with new ideas and prevents society from being locked into particular technological options.
Lasers, for example, arose out of curiosity about how light and matter worked. Today we see them used everywhere, from grocery store scanners to entertainment devices such as CDs and DVD players to medical applications in eye surgery. All of this came about because people were curious about the interaction between light and matter.
Curiosity about how electrons move through materials gave rise to semiconductors, which are essential for computing as we have it today.
A 2005 NSERC study indicated that $3.5 billion in revenue from spinoff companies emerges from NSERC's $1 billion budget. That's a 3.5:1 rate of return, so homegrown curiosity-driven research does indeed generate spinoff companies. It stimulates local industry to do more research and it educates the next generation of students. These students, who are graduate students and include post-doctoral fellows, are best thought of as apprentices. They are not only learning; they are also contributing to the Canadian economy through their process of getting advanced masters and doctoral degrees in the sciences.
We have argued for a 10% increase in this funding. That increase would be $40 million per year. With that, in recommendation three, we've argued for the need for new money for infrastructure. We need this money because we have to maintain and leverage the maximum benefit from the essential investments that the Canada Foundation for Innovation, NSERC, and other groups indirectly--the Institute for Quantum Computing, CLS, and so on--have made. If we don't keep up money for infrastructure, then the discovery-based money will not achieve its maximum value. This infrastructure money pays for lab equipment, for facilities, and so on. We estimate the total there to be $96 million.
Dominic, would you like to continue?