Institute for the Theory of Computing
As Lance and others blogged, Simons Foundation has called for proposals for a new Institute for the Theory of Computing. This is great and we should be grateful to the foundation.
What got my attention:
Modes of Operation: To help attract the best-established researchers and the strongest postdocs, the Institute must provide excellent working conditions for collaboration among its residents, excellent scientific leadership to determine the planned activities, and an excellent director with strong administrative support to manage it. To have full impact on the field, the Institute must host a frequently changing group of computer scientists as well as mathematicians and scientists from other fields. Suitable models may be found in the Kavli Institute for Theoretical Physics in Santa Barbara and in the mathematics institutes such as the Mathematical Sciences Research Institute in Berkeley or the Institute for Mathematics and its Applications in Minnesota. The Institute plan may call for a small core of long-term members, perhaps with a structure similar to that of the Kavli Institute for Theoretical Physics in Santa Barbara; or the plan may call for a membership that changes entirely every year, perhaps with a structure similar to that of the Mathematical Sciences Research Institute in Berkeley.
Question: are these efficient models for 2010's and beyond? DIMACS, IMA, MSRI and many other institutes were set up several decades ago, and operate in a mode quite similar to each other (when funding allows). Now my new premises are:
Disclaimer: In the spirit of the fast Internet world, I am rushing out this post before debating pros and cons, eg., didn't discount for the angst of leaving a tried model for the unknown.
What got my attention:
Modes of Operation: To help attract the best-established researchers and the strongest postdocs, the Institute must provide excellent working conditions for collaboration among its residents, excellent scientific leadership to determine the planned activities, and an excellent director with strong administrative support to manage it. To have full impact on the field, the Institute must host a frequently changing group of computer scientists as well as mathematicians and scientists from other fields. Suitable models may be found in the Kavli Institute for Theoretical Physics in Santa Barbara and in the mathematics institutes such as the Mathematical Sciences Research Institute in Berkeley or the Institute for Mathematics and its Applications in Minnesota. The Institute plan may call for a small core of long-term members, perhaps with a structure similar to that of the Kavli Institute for Theoretical Physics in Santa Barbara; or the plan may call for a membership that changes entirely every year, perhaps with a structure similar to that of the Mathematical Sciences Research Institute in Berkeley.
Question: are these efficient models for 2010's and beyond? DIMACS, IMA, MSRI and many other institutes were set up several decades ago, and operate in a mode quite similar to each other (when funding allows). Now my new premises are:
- it is difficult to get senior researchers to travel far for sabbatical at various academic Institutes, and
- given the Internet, we can very effectively video conference, network and collaborate at far distances.
Disclaimer: In the spirit of the fast Internet world, I am rushing out this post before debating pros and cons, eg., didn't discount for the angst of leaving a tried model for the unknown.
Labels: aggregator
1 Comments:
Muthu,
Just a thought. It would seem that one of the reason people would want to physically be somewhere else (as guests in one of these institutes) is to be physically out of reach of the normal day-to-day routine. I like the distributed idea but it does not solve the problem that if a researchers stays in the same office (or closeby) it will be very difficult for her/him to get out of their everyday schedule.
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