For people who might doubt that 'Cultural Marxism' was a term happily used by academics referring to the intellectual project there were themselves engaged in, here is an essay that is still up on Douglas Kellner's academic website: Cultural Marxism and Cultural Studies.
I am reminded of a line from a Scott Alexander essay replying to Nathan Robinson about SA's supposed misunderstanding of left-wing thought:
The reason I claim people believe this kind of thing is exactly because I do read your magazines where you say it.
There is a section in Dawkins' "The Ancestors Tale" which makes a 'flipped' version of this argument. Perhaps the process starts with a chemical that has this duplication-like property, and then it turns into competition for what spreads/duplicates best:
After that digression on catalysis and enzymes, we now turn from ordinary catalysis to the special case of autocatalysis, some version of which probably played a key role in the origin of life. Think back to our hypothetical example of molecules A and B combining to make Z under the influence of the enzyme abzase. What if Z itself is its own abzase? I mean, what if the Z molecule happens to have just the right shape and chemical properties to seize one A and one B, bring them together in the correct orientation, and combine them to make a new Z, just like itself? In our previous example we could say that the amount of abzase in the solution would influence the amount of Z produced. But now, if Z actually is one and the same molecule as abzase, we need only a single molecule of Z to seed a chain reaction. The first Z grabs As and Bs and combines them to make more Zs. Then these new Zs grab more As and Bs to make still more Zs and so on. This is autocatalysis. Under the right conditions the population of Z molecules will grow exponentially - explosively. This is the kind of thing that sounds promising as an ingredient for the origin of life.
pg 571 of the hardback edition
Dawkins' goes on to discuss a real example of a (relatively) simple 'abzase', an amino adenosine triacid ester (AATE), that has this property. In that case, 'A' is amino adenosine and 'B' is a pentafluorophenyl ester.
edit: this is the same as the middle bullet point from recovering_rationaleist's comment
Enjoyed the essay, will check out the film.
One nitpick: it's Peter Thiel, not Theil.
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I'm sure you've seen the Gwern essay on embryo selection where these lines of argument are touched on (https://gwern.net/embryo-selection). The whole thing is ofc great, and on this point the TLDR is: yes absolutely selecting myopically on a single trait can go wrong (especially over long timescales and/or small populations) but given the size of our population and existing genetic variation it's not a pressing worry at all. Further it seems that presently IQ correlates are other "good things" like overall health, so the tradeoff does not even arise.
The footnote (no. 28) continues the argument:
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