If you haven't read it already, it's really worth digesting the arguments Vannevar Bush made regarding funding basic science in 1945 (Science: The Endless Frontier) which resulted in the NSF as we know it being founded:
"A nation which depends upon others for its new basic scientific knowl-
edge will be slow in its industrial progress and weak in its competitive
position in world trade, regardless of its mechanical skill."
I think FROs are certainly worth exploring, but if we're diverting vast amounts of funding to existing research infrastructure and talent to funding them, the opportunity costs are huge. This is not well appreciated, but universities are in fact very cheap places to do research compared to any modern alternative one might construct. I suspect FROs will end up being much more expensive just for structural reasons, and will end up re-discovering the university bundle slowly and piece by piece. Moreover, for many types of research they will have to effectively rebuild a range of infrastructure (facilities, equipment, etc.) that already exists at universities throughout the country.
None of this justifies blowing up the extensive basic research infrastructure we have today in pursuit of unproven experiments. Once they're proven, a conversation can be had about how to reconfigure existing assets and new government-funded approaches. But such discussions must include congress, the appropriators of the funds.
I think it's also a way to reduce funding to universities (which are politically disfavored), since other things like arbitrary reductions to indirect costs didn't work. It also defies both congressional will in the appropriations bill (which is directorate-specific) and of course the whole charter and mandate of NSF, from Vannevar Bush's original case for it.
https://nsf-gov-resources.nsf.gov/2023-04/EndlessFrontier75t...
"A nation which depends upon others for its new basic scientific knowl- edge will be slow in its industrial progress and weak in its competitive position in world trade, regardless of its mechanical skill."
I think FROs are certainly worth exploring, but if we're diverting vast amounts of funding to existing research infrastructure and talent to funding them, the opportunity costs are huge. This is not well appreciated, but universities are in fact very cheap places to do research compared to any modern alternative one might construct. I suspect FROs will end up being much more expensive just for structural reasons, and will end up re-discovering the university bundle slowly and piece by piece. Moreover, for many types of research they will have to effectively rebuild a range of infrastructure (facilities, equipment, etc.) that already exists at universities throughout the country.
None of this justifies blowing up the extensive basic research infrastructure we have today in pursuit of unproven experiments. Once they're proven, a conversation can be had about how to reconfigure existing assets and new government-funded approaches. But such discussions must include congress, the appropriators of the funds.