See https://en.wikipedia.org/wiki/Business_class_airline for a small number of examples
5,053 karma · joined July 27, 2010
What made these historical design movements actually memorable was usually a set of newly-possible techniques joined with young people with a set of shared community values.
So if you want to make something that will read as authentically “2026” to future generations, you should make brainrot. :-)
This is Rubin Observatory erasure
Russ Vought was not elected either.
I don't think any practicing scientist of any political persuasion will think these are good for science.
Science progresses by sharing knowledge openly and publicly, so others can evaluate it, criticize it, and build on it. These severe restrictions on collaboration, publication, and public communication will damage science's naturally open, merit-based culture.
We will all suffer due to lost discoveries--maybe not today, but over years and decades.
> Some examples that illustrate contributions in each of the five areas are given below. Proposals need not address all of these areas, and PIs are advised to focus on those areas in which they are well prepared to make meaningful contributions.
"Broadening participation of underrepresented groups" is only one of the five areas, and no proposal was required to use it. I had proposals funded that focused on workforce development, for example. I saw others focus on science communication to the public (now forbidden in the memo this post is about!).
Proposals that passed grant panels were first and foremost always those that would great science. At ~10:1 oversubscription rates or more, proposals don't pass without it. The BI component needed to be credible but could be handled lots of ways.
Fundamentally, Congress recognized when defining BI as a component for merit review in the NSF that fundamental science only pays off in the long term. BI is a pragmatic choice to ensure that grants also yield near-term benefits to society as well.
However, the nuts-and-bolts day-to-day tactical decisions have before been made through expert peer review, by scientists. Given a fixed and finite budget set by Congress, what is the best way to make discoveries?
Having been on grant review panels, it's brutal--at 5 or 10:1 oversubscription rates, your peers will find any flaw in your proposal.
Political appointees are deeply unqualified to make these judgments. To take a very specific example: the White House Office of Science and Technology Policy is headed by Michael Kratsios. He has a BA in politics and has never written a scientific publication. (Every prior OSTP head was a PhD scientist.) The OMB memo says he and those like him should decide what to fund without deferring to scientists. How is he going to assess which of 50 proposals on (say) "hypothalamic SH2B1 neurocircuits and SH2B1 signal transduction pathways" is the good one?
He can't, so he'll either choose AI or graft. Both are destructive to our once world-leading scientific enterprise.
(I do have it screwed into the wall as it’s been recalled for tipovers.)