I had a weird visceral thought after reading two recent NDPR reviews:

If Plutynski and Weatherall's reviews are right (and they read wonderfully) both books in different ways seem to me to mark decisive moves away from Generalized Philosophy of Science. The very first paragraph of Weatherall's reads:

If this collection has an overarching theme, it is that the details matter. If philosophers hope to understand contemporary physics, we need to engage in depth both with the technicalities of our best physical theories and the practicalities of how those theories are applied. The authors in this volume brush aside an older tradition in the philosophy of physics — and the philosophy of science more generally — in which actual physics entered only to illustrate high-level accounts of theories, explanation, or reduction. Of course, by itself, dismissing this tradition is hardly worth remarking on: such an approach to philosophy of physics has been going out of fashion for decades. Taken as whole, however, this volume pushes the theme still further, in ways that mark important shifts in recent philosophy of physics.

And Plytinski's second paragraph is:

The editors frame their project as part of the methodological and naturalist approach in philosophy of science, according to which one ought to examine actual scientific practice in inquiring into the objectives, methods, criteria of evaluation and role of values in science. And this is what we find. Each essay draws upon both empirical and methodological practices in biology, biomedicine, and economics. How the case studies inform each author’s arguments and conclusions varies. Some essays are more top down in spirit — concerned with questions that might be said to fall into the category of general philosophy of science. For example, Kevin Hoover gives an illuminating explication and defense of a structural account of causation, though one that drew upon both methodological tools and examples from economics. Others are more bottom up: e.g., Lindley Darden gives a detailed description of exactly how the mechanisms leading to cystic fibrosis were identified, using this example to illustrate how causal knowledge is refined and improved upon with mechanistic understanding. This counterpoint is refreshing: one gets a sense for both the diversity of approaches to explicating how causal and mechanistic knowledge is achieved in science, and an illustration of how biology and economics can jointly (but in rather different ways) shed new light on long-standing problems in philosophy of science.

The articles that follow are really interesting, but the arguments and positions described are things I couldn't possibly assess, since I don't come close to understanding the relevant sciences. This is fine, but it did make me miss Generalized Philosophy of Science, where you could debate so and so's counterfactual analysis of a law of nature without having to mess with the nature very much.

While reading the articles, I had a lurching realization about how much classical analytic philosophy helped itself to results and approaches from Generalized Philosophy of Science, the very kind of things being critiqued today by the people who actually know the science.* How many thousands of philosophers of mind wrote articles assuming things about successful reductions (to contrast witht the irreducibility of the mind) that philosophers like Nichols and Batterman now tell us never existed anywhere? How many metaphysicians or ethicists (think reflective equilibrium) make assumptions about what a metaphysical or ethical theory should look like base on analogies to how Generalized Philosophy of Science treated the concept of a theory?

I guess there is some sense in which one can de re think of ourselves as doing something analogous (the "naturalist") or disanalogous (the "anti-naturalist") to what scientists do. But maybe that's just to say that we dont' know what we're talking about. I really do wonder how "core analytic philosophy" survives in world without Generalized Philosophy of Science.

This is not a disinterested question. I adore metaphysics of the like done by Jonathan Schaffer, Johana Seibt, and Jessica Wilson, some of which is fairly a prioristic, and all of which ties into the history of philosophy in really exciting ways. I cherish this kind of work so much so that it's almost a priori to me that there is a good answer to the conundrum that's bugging me. But I'd like to have some idea of what it looks like.**

[Notes:

*I've expressed similar worries before, but these two reviews really seemed to raise the stakes to me.

**Maybe it's just that there is no royal road to philosophy, and the problem all along was taking textbook writers too seriously about the bits of meta-philosophy trotted out ("theory of meaning," "canonical notation," "reflective equilibrium," etc.). Philosophical problems arise if you think closely enough about anything and all of the interesting solutions and dissolutions are ultimately sui generis. Thus I wave my hands.]

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14 responses to “as goes generalized philosophy of science?”

  1. Matthew J. Brown Avatar

    There has definitely been a shift away from general philosophy of science in favor of more specialized studies in specific sciences, though I certainly would not regard this as a new trend. It seemed to be well-entrenched when I started in graduate school 10+ years ago. But I don’t think it needs to spell the end of general philosophy of science, a “world without Generalized Philosophy of Science.” At least, I hope it doesn’t, since that’s where I and some of my favorite philosophers of science still work! Rather, it is a much-needed corrective for that field, which has rather than abstracting responsibly from more detailed studies, tended to deal in stereotypes and wild speculations.

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  2. Jon Cogburn Avatar

    This is very helpful. I think I’m using the phrase “Generalized Philosophy of Science” more narrowly than it is by contemporary specialists in the field. And I’m sorry if my post was confusing as a result. Let’s call the older stuff GPS*, which refers to stuff done without detailed studies and could trade in stereotypes and wild speculations.
    I’m worried about what happens to “core analytic” once GPS* is replaced by contemporary GPS.
    I know this has been going on for a while. I took a class from Batterman I think 20 years ago at OSU on reduction (some of it worked it’s way into “The Devil’s in the Details”) and the stuff he and a very few like-minded authors were claiming was wildly inconsistent with what I was being taught to presuppose in philosophy of mind and philosophy of language (think Davidson, anomalous monism, etc.) classes.
    It just seemed to me that with these recent anthologies that to the extent that there might have been an argument between philosophers of science and everyone else presupposing a certain kind of philosophy of science (GPS), philosophy of science has won hands down now.
    I’m still bothered about how I should think about metaphysical theories given that I’m probably thinking of theories in the way they used to be thought about GPS
    . The problem is that the vast majority of us in core analytic barely understand the critiques of GPS* type notions by the current generation of people who get very detailed into case studies and history.
    GPS* used to provide a kind of guide to non philosophers of science in their thinking about laws, reduction, theory and other such concepts. I’m wondering if current GPS is up to that task, given how much science you have to understand to be competent. But if it isn’t I’m wondering what might replace it.

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  3. Jon Cogburn Avatar

    Another way to put the worry is to note how great it would be if there was some kind of “Everything Philosophers of Mind have Always wanted to Know about Science. . . But were Ashamed to Ask” type book. I think Nagel’s “The Structure of Science” served that role for about ten years or so, then for another twenty years various GPS*y books that critiqued Nagel worked in its stead.
    But it seems clear to me that empirically responsible philosophy of science is so enormously complicated that nothing can really do that job anymore. And this does seem to be a new point in the history of philosophy.

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  4. Roberta L. Millstein Avatar

    Thanks for the link to Anya Plutynksi’s great review of my edited book with Chao and Chen!
    But I am not sure that our book represents a move away from GPS, and I’m not sure that Plutynksi was suggesting that in her review. After all, the book is focused on causality and mechanisms, which are general GPS issues if anything is. I think what you can infer, however, is 1) that in order to build good accounts of causality and mechanisms, you need to know specific sciences (in other words, the stock examples of throwing rocks at bottles, etc., may not produce fully fleshed out or appropriate accounts of causality) and 2) that there may not be a univocal claim of the form “account of causality/mechanism X should be used across the sciences,” but rather, different accounts may be appropriate for different sciences. But the latter claim, I take it, was one of the things we were trying to hash out in the book, and I don’t think that all of the authors agree on the answer (in other words, it’s still a live question).
    What analytic philosophy should take from this, I am not fully sure, but at a minimum, it might make those engaged in analytic philosophy cautious in their assumptions about the nature of causality and mechanisms.

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  5. Trevor Avatar

    I think this trend (evolution away from GPS*, which they call “the analytic project” in philosophy of science) is covered pretty nicely in the the textbook I’m using in my Philosophy of Science class this semester: Barker & Kitcher, Philosophy of Science: A New Introduction.

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  6. Jon Cogburn Avatar

    Ooh, thanks. I’ll check it out.

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  7. jonathan weinberg Avatar
    jonathan weinberg

    I wonder to what extent a lot of GPS*-type issues will end up getting picked up by the epistemology community even as the phil-sci community moves on to more fine-grained scientific topics? I.e., epistemologists might address at least a big subset of those traditional topics in terms of debates about the nature of inductive and abductive inference in general.

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  8. Jon Cogburn Avatar

    Thanks, that’s very nice.
    I’m going to have a go about it, even though I don’t even have undergraduate knowledge of either biology or economics.
    Here’s an example of why it’s important for people in core to attend. One of the most interesting and relevant papers on the metaphysics of modality to come out in the last few years is Eric Hiddleston’s “A Causal Theory of Counterfactuals” (http://www.clas.wayne.edu/multimedia/usercontent/File/Philosophy/hiddleston/Hiddleston%20Counterfactuals%20Nous.pdf note that Hiddleston does build of phil. science work of Judea Pearl and Peter Spirits) that reverses that usual Lewisian order of explanation. While Lewis explains causality in terms of possible worlds and a similarity relation, which also explain counterfatuals, Hiddleston explains counterfactuals in terms of causality.
    It’s an essential project if you are interested in the metaphysics of powers and are sensitive to many of the problems attending standard accounts of possible worlds (e.g. the Kaplan/Russell paradox, which barely scratches the surface, was discussed at http://www.newappsblog.com/2014/03/does-the-inferentialist-have-to-worry-about-the-kaplan-russell-paradoxes-1.html), but one I’m worried about assessing properly now without understanding of the causation/mechanism debates, and if there is no unified account across the science of this problem, then it’s hard to know what I can appeal to as a meta-physician of modality.
    This all just probably means that philosophy is hard work. In any case thanks for editing and contributing to such a vital resource. I hope that those of us in “core” areas (minus phil science) will learn from it.

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  9. Mark Lance Avatar
    Mark Lance

    “I’m worried about what happens to “core analytic” once GPS* is replaced by contemporary GPS.”
    One man’s modus tollens…
    But seriously, aren’t we just seeing that much core analytic philosophy rests on mistakes, on false views that intelligible views can be given at a certain level of abstraction and generality? So we need to stop that. There was a certainly mid-century paradigm that involve a rough mess of unity of science intuitions, logicism, a kind of a priorism about epistemology, etc. If that is all being refuted by seeing that science is multiple and that lots of details matter, then the reaction should be “cool. Now we know.”

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  10. N.J. Jun Avatar
    N.J. Jun

    I have nothing meaningful to contribute to this discussion. I just wanted to say that Devo is a perfect choice for musical accompaniment.
    Whenever analytic philosophers get down in the weeds I hear this play in my head:
    https://www.youtube.com/watch?v=YrL26-U4cCg
    “Wear gaudy colors or avoid display. Lay a million eggs or give birth to one. Be like your ancestors or be different. The fittest must survive yet the unfit may live. WE MUST REPEAT.”

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  11. Roberta L. Millstein Avatar

    Aside from Pearl, some of the accounts of causality that have been influential in phil bio and economics include:
    Woodward’s Making Things Happen
    and various accounts of mechanisms, such as:
    Machamer, Darden, and Craver, “Making Things Happen”
    Glennan’s “Rethinking Mechanistic Explanation”
    And some of us are trying to revive the relevance of Salmon’s Scientific Explanation and the Causal Structure of the World (e.g., my paper in the volume, a graduate student in my department finishing up her dissertation, Sarah Roe).
    As Plutynski suggests in her book review, in some cases these are developed by looking at the science (bottom up), where in other cases, they are applied to the science (top down).
    In other words, there’s no one agreed upon “off the shelf” account of causality or mechanisms that analytic philosophers to appeal to. But why should philosophy of science be any different than any other area of philosophy? These are live areas of debate and research.
    So yes, philosophy is hard work. 🙂 I hope you find the volume valuable, or at least interesting.

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  12. Anna Alexandrova Avatar
    Anna Alexandrova

    Thanks for posting about this! I very much hope both traditions in philosophy of science continue to flourish. But it is also worth considering that just what GPS is is up for grabs. It does not have to be all about ravens, grue, laws, realism (although it could be!). As Roberta and Matt point out, GPS could be whatever work can help tackle specific problems shared across the philosophies of the specific sciences. Of this there is plenty. Take for instance the work on values in science. We just need to be open minded about what GPS is.

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  13. GFA Avatar

    I don’t have massive amounts of relevant textual data in mind for the following hypothesis, but here goes anyway: I wonder to what extent GPS* ever existed amongst practicing philosophers of science. I think (though I have not checked just now, so I could be wrong) the conception of science assumed by Davidson is not Nagel’s (or even Carnap’s). So maybe Davidson’s view of science was never endorsed by (many) serious philosophers of science — i.e. Davidson is just assuming a picture of science that allows him to get the results he wanted, instead of taking over the full, sophisticated view of science found in people like Nagel and Carnap.
    And finally, I just wanted to say I liked your remark at the end that “Philosophical problems arise if you think closely enough about anything and all of the interesting solutions and dissolutions are ultimately sui generis.” As a philosopher of science, I have been frustrated by going to e.g. the philosophers of language to just get a simple answer to a simple question about reference and finding over a thousand flowers blooming. So it’s a two-way street!

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  14. Mark Wilson Avatar
    Mark Wilson

    Jim Woodward and I (with Bob Batterman in attendance) have been running a seminar on this very issue. We all agree that philosophy as a whole would be in better shape right now if there was greater interchange between fields that are now pursued in largely non-communicating manners (phil of science, language, mathematics and logic, metaphysics) but which were formerly in intimate contact with one another (after a certain point, philosophy is just philosophy, no matter how much deans would like to advertize that “our philosophy department contains the world’s greatest expert in minute subfield X”). Many of the greatest distortions within twentieth century philosophy of science trace, in our opinion, to the presumption that the skeletal underpinnings of any form of explanatory gambit can be adequately captured in logic-like terms (much of Lewis-style analytic metaphysics strikes us as resting upon these basic “theory T” pillars, albeit transmogrified slightly into “possible world” idiom). Such lingering “logicist” presumptions have convinced too many philosophers that they can offer sweeping metaphysical accounts of counterfactuals and causation without much attention to the ways in which such idioms carry valuable information within real life practical contexts. One shouldn’t long for a revived “general philosophy of science” that encourages such abstractive tropisms.

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