For you, if I'm understanding you right, they're professions, institutions, social groups, population-wide behaviors. Sociology is generally considered more abstract or high-level than psychology.
You're kind of understanding me. Abstractly, bee hives produce honey. Concretely, this bee hive in front of me is producing honey. Abstractly, science is the product of professions, institutions, ect. Concretely, science is the product of people on our planet doing stuff.
I'm literally trying to not talk about abstractions or concepts but science as it actually is. And of course, science as it actually is does things that we can then categorize into abstractions like feedback cycles. But when you say science is a bunch of abstractions (like I think your definitions are), then you're missing out on what it actually is.
Feedback cycles are great, but we don't need to build them into our definition of 'science' in order to praise science for happening to possess them; if we put each scientist on a separate island, their work might suffer as a result, but it's not clear to me that they would lose all ability to do anything scientific, or that we should fail to clearly distinguish the scientifically-minded desert-islander for his unusual behaviors.
This is exactly why I want to avoid defining science with abstractions. It literally does not make sense if you think of science as it is. "Scientific" imports essentialism.
Also, it's not clear in what sense mathematics has a self-improving recursive feedback cycle with reality.
Mathematics is self-improving while at the same time hinging on reality. This is tricky to explain so I might come back to it tomorrow when I'm more well rested (i.e., not drunk).
I'm not sure that's the best approach. Telling people to find a recursively self-improving method is not likely to be as effective as giving them concrete reasoning skills (like how to perform thought experiments, or how to devise empirical hypotheses, or how to multiply quantities) and then letting intelligent society-wide behaviors emerge via the marketplace of ideas (or via top-down societal structuring, if necessary). Don't fixate first and foremost on telling people about what our abstract models suggest makes science on a societal scale so effective; fixate first and foremost on making them good scientists in their daily lives, in every concrete action.
No, I think that kernel (and we are speaking in the context of "fast-and-ready") of thought is really the most important thing to convey. Speaking abstractly, even science doesn't take that kernel seriously enough. It doesn't question how it should allocate its limited resources or improve its function. This is costing millions of lives, untold suffering, and perhaps our species continued existence. But it does employ a self-improving feedback cycle on reality which is just enough for it to uncover reality. It needs to install a self-improving feedback cycle on itself. And then we need a self-improving feedback cycle on feedback cycles. I can't think of any abstraction more important in making progress with something.
Abstractly, bee hives produce honey. Concretely, this bee hive in front of me is producing honey. Abstractly, science is the product of professions, institutions, ect. Concretely, science is the product of people on our planet doing stuff.
It sounds like you're conflating abstract/concrete with general/particular. But a universal generalization might just be the conjunction of a lot of particulars. I prefer to think of 'abstract' as 'not spatially extended or localized.' Societies are generally considered more abstract than mental states because mental s... (read more)
Consider these two versions of the famous trolley problem:
Here it is: a standard-form philosophical thought experiment. In standard analytic philosophy, the next step is to engage in conceptual analysis — a process in which we use our intuitions as evidence for one theory over another. For example, if your intuitions say that it is "morally right" to throw the switch in both cases above, then these intuitions may be counted as evidence for consequentialism, for moral realism, for agent neutrality, and so on.
Alexander (2012) explains:
In particular, notice that philosophers do not appeal to their intuitions as merely an exercise in autobiography. Philosophers are not merely trying to map the contours of their own idiosyncratic concepts. That could be interesting, but it wouldn't be worth decades of publicly-funded philosophical research. Instead, philosophers appeal to their intuitions as evidence for what is true in general about a concept, or true about the world.
In this sense,
But anyone with more than a passing familiarity with cognitive science might have bet in advance that this basic underlying assumption of a core philosophical method is... incorrect.
For one thing, philosophical intuitions show gender diversity. Consider again the Stranger and Child versions of the Trolley problem. It turns out that men are less likely than women to think it is morally acceptable to throw the switch in the Stranger case, while women are less likely than men to think it is morally acceptable to throw the switch in the Child case (Zamzow & Nichols 2009).
Or, consider a thought experiment meant to illuminate the much-discussed concept of knowledge:
When presented with this vignette, only 41% of men say that Peter "knows" there is a watch on the table, while 71% of women say that Peter "knows" there is a watch on the table (Starman & Friedman 2012). According to Buckwalter & Stich (2010), Starmans & Friedman ran another study using a slightly different vignette with a female protagonist, and that time only 36% of men said the protagonist "knows," while 75% of women said she "knows."
The story remains the same for intuitions about free will. In another study reported in Buckwalter & Stich (2010), Geoffrey Holtman presented subjects with this vignette:
In this study, only 35% of men, but 63% of women, said a person in this world could be free to choose whether or not to murder someone.
Intuitions show not only gender diversity but also cultural diversity. Consider another thought experiment about knowledge (you can punch me in the face, later):
Only 26% of Westerners say that Bob "knows" that Jill drives an American car, while 56% of East Asian subjects, and 61% of South Asian subjects, say that Bob "knows."
Now, consider a thought experiment meant to elicit semantic intuitions:
When presented with this vignette, East Asians are more likely to take the "descriptivist" view of reference, believing that John "is referring to" Schmidt — while Westerners are more likely to take the "causal-historical" view, believing that John "is referring to" Gödel (Machery et al. 2004).
Previously, I asked:
For one thing, we would never assume that people of all kinds would share our intuitions.
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