Month after month of bad press in local and national media outlets didn’t do it. Petition after petition asking for transparency and accountability from the governors and the managerial class didn’t do it. Eight hundred faculty members voting non-confidence in the Board of Governors didn’t do it. And the jury is still out on whether even a new president with a reportedly rock star status and a de-facto strengthened mandate can do it. But we still see one glitter of hope for our university. Continue reading
For those not paying attention, David Naylor is leading “Canada’s Fundamental Science Review Panel” which is looking at the state of fundamental science in Canada. Last week, I had a chance to participate at a roundtable of experts in Calgary, where the consultation was about Big and Expensive Science infrastructure. Being director of a big but relatively cheap science research infrastructure, I wondered first whether I really belonged to that club. Indeed, other participants included directors of Canada’s landmark mega-projects: Triumf, SNOLAB, Canadian light source, Compute Canada, the Thirty-Meter Telescope, etc. Revealing on Twitter where I was and with whom, solicited this tweet from a colleague: “That’s like inviting the big 5 banks to a meeting on interest rates & ATM fees!” In fairness it wasn’t that bad, though the consultation could have benefited from a few more independent observers of big Canadian Science. I considered myself one of those – one panelist confided that I was invited because I’m known to speak my mind. But, in spite of valiant efforts by Art MacDonald who was chairing, the format was not conducive to speaking minds and extensive analysis, hence, this post.
Posted in Banff International Research Station, R&D Policy
Tagged Art Carty, Art MacDonald, BIRS, Canadian Light Source, CERC, CFI, CFREF, Chief Science Advisor, Compute Canada, Jenkins, NRC, SNOLAB, Triumf
A submission from the NSERC Mathematics and Statistics Liaison group, to the Review of Federal Support to Research and Development, on research funding of mathematics and statistics in Canada.
1. Mathematics and Statistics in our research system; revolution, or a golden age
To the non-initiate, mathematics might seem frozen in time, rehashing the glories of earlier centuries. Nothing could be further from the truth. The last twenty years have seen a veritable explosion of results, as new horizons have opened. Centuries-old conjectures such as Fermat’s or Poincaré’s have been proven, and not just by seeing something long overlooked; on the contrary, the proofs have come through veritable revolutions, fundamental rebuilding of the mathematical arsenal, which are now having vast impacts way beyond their original application. These are exciting times; the reader might with profit, albeit at the expense of some time, consult the excellent “The Mathematical Sciences in 2025”, prepared for the US National Research Council.
The Mathematical Sciences are the foundation of any advanced research ecosystem, and Canada’s mathematical sciences institutes have been instrumental in supporting this ecosystem. They do so by providing scientific leadership, by developing coherent national strategies for mathematical and statistical discovery and innovation, by transcending geographic and disciplinary barriers, by maximizing provincial leveraging, by spearheading international partnerships, and by connecting the research enterprise with the imperatives of providing training and education at all levels.