Ways of Science

Imagine if I told you, we should trust corporate CEOs, or politicians, or public school teachers to be “self-correcting.” Imagine if I said that because they have similar degrees from similar institutions, they alone should judge their own, and they alone will correct any flaws or mistakes that appear.

You would say I’m insane.

Or, more generously, you say that such a blind faith might be acceptable for limited times in emergency situation. For instance, during a war we might put our faith in our military, up to and including the Commander-in-Chier. Indeed, that may be the best decision. But let that trust last to long, and you end up with an Egypt, or a North Korea: a kleptocracy good only at keeping itself in power.

Science, as an institution, is very new. While there were always mathematicians, and always engineers, scientists (full time employees of universities who democratically control their departments and whose primary job was research) are very new as a profession. It dates to 1880 or so, nearly a generation after Abraham Lincoln died, in the United States, though it appeared (minus the democratic control) about a generation earlier in what is now Germany.

The first “wave” of American science was made possible by the Department of Agriculture, which funded research programs to increase farm productivity. The Department of Agriculture is still heavily involved in science, to the extent that reliance of Department of Agriculture funds (which have always been bureaucratically allocated) are a political issue in the Association of American Universities.


This first “wave” was not self-correcting. It was bureaucratically-correcting. The Department of Agriculture (motto: “Agriculture is the foundation of manufacture and commerce”) was guided by clear and well understood metrics (such as cross yield per acre) which allowed a fair and reasonable prioritizing of grant proposals. This system has worked well for a century, though obviously is open to political corruption.


The second “wave” of American science was made possible by the experimentation of the FDR and Truman administration. There was widespread consensus of extending the Department of Agriculture model to other fields. While Senator Harley Kilgore (D-WV) focused a direct extension, emphasizing local stakeholders for research, Vanaveer Bush emphasized self-regulation of science, with scientists alone deciding which scientific research would be funded. The institution created to push this was called the “National Science Foundation” (motto: “Supporting Education and Research across all the fields of Science, Mathematics and Technology”). As Wikipedia summarizes:

[Vannevar] Bush did not like the idea of letting social interests and community members drive science policy. He feared that the selection of research projects would become politicized, and he also had complete faith in the ability of scientists to pick the best possible projects. Furthermore, in contrast to Kilgore, he felt that the agency should have the narrower mandate of pursuing only basic science, rather than basic and applied science. Unlike Kilgore, he believed the public should not own research results and products, instead responsible researchers should own the research results. Broadly speaking, Bush’s vision was significantly more narrow than Kilgore’s proposal. It maintained the status quo in patenting arrangements, it limited project selection to scientists, and it narrowed projects to basic research

Unlike the Department of Agriculture model, which focused on bureaucratic control and practical research, the National Science Foundation focused on self-correction and abstract research. Instead of the corrupt but sustainable Department of Agricultural Model, the Untied States decided to focus on a pristine but unsustainable model that relied on the high moral standing of a small number of experts.

And now, we may be near the end of all that.

You don’t hear about Department of Agricultural research scandals because there are none. Seriously, bing it. Google it.  Everyone knows that political pull matters. But the focus on applied research means that there is little room for “trust me” by scientists. The corn grows with less water or it doesn’t. The goose has lower morality or she doesn’t. The bull’s calves are healthier or they aren’t. Too many stakeholders are too dependent on scientific progress in agriculture for falsified results to spread.

The Department of Agriculture’s “stakeholders” aren’t the easily ignored, like veterans or under-represented minorities. They are large land-owners, large farm services, and agribusiness. There’s well known waste and inefficiency in the Department of Agriculture, but the model (while inefficient) is fundamentally sound and sustainable.

Meanwhile, in NSF-land, most “findings” are false. Not some, not much, most. No profession “self-corrects” without outside pressure. Instead, careering spreads, and questioning results of another is considered “bullying.” Like in any corrupt political system, “anti-corruption” is simply a mask for elimination of enemies, because everyone knows everyone is corrupt.

A small number of revolutionaries, for a limited amount of time, can take great advantage of an unaccountable lack of power. Before they remember they have families, before others who want to be like them succeed in their goals, great change is possible. Maybe that time period lasts twenty years. But the NSF model, which is based on honesty and self-correction, is surely past its prime. Most research is false. Uncovered faked results are on the rise.

This is the background of the “replication crisis” in NSF-land.  Pure science has lost her cloak, which hid her flaws.   And the wolves are circling.

In the future research may still be under the “NSF” umbrella. But the importance of peer-review and self-correction in science are on the decline. Their time has come and gone.

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2 thoughts on “Ways of Science
  1. I’m all in favor of the replicators being allowed to move forward but I question why the funding ground rules aren’t more robust. You can go to and download an image for a server to do any number of tasks. Why not create one for the NSF that is set up to do the standard tasks of research and, as a matter of course, archives the relevant data in a standard and accessible way. The NSF could simply make the care and feeding of such a virtual image part of the conditions to get funded.

    At that point, the replicators don’t need ask for the data. It’s been publicly archived as part of the grant process. Noncompliance would be grounds for getting cut off from the money spigot. For proprietary data that cannot be released to the public, a simple reference to the source should suffice.

  2. Agreed, the problem is with the funding rules. Part of it is the scale of the replication problem wasn’t believed (it was known as an academic problem, but most people had assumed something must be countervailing it).

    In Genesis and Exodus there are numerous descriptions of Egyptian “technologies” like seeing-stones to predict the future. Imagine if those stones were wrong most of the time.

    That’s the state of American science.

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