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Added by: Jamie Collin
Publisher's Note: Cheryl Misak presents a history of the great American philosophical tradition of pragmatism, from its inception in the Metaphysical Club of the 1870s to the present day. She identifies two dominant lines of thought in the tradition: the first begins with Charles S. Peirce and Chauncey Wright and continues through to Lewis, Quine, and Sellars; the other begins with William James and continues through to Dewey and Rorty. This ambitious new account identifies the connections between traditional American pragmatism and twentieth-century Anglo-American philosophy, and links pragmatism to major positions in the recent history of philosophy, such as logical empiricism. Misak argues that the most defensible version of pragmatism must be seen and recovered as an important part of the analytic tradition.Cartwright, Nancy. Where Do Laws of Nature Come From?1997, Dialectica 51(1): 65-78.-
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Added by: Jamie Collin
Summary: Cartwright explains and defends the view that causal capacities are more fundamental than laws of nature. She does this by considering scientific practice: the kind of knowledge required to make experimental setups and predictions is knowledge of the causal capacities of the entities in those systems, not knowledge of laws of nature.Comment: A good introduction to Cartwright's views and the position that causal capacities are real and more fundamental than laws of nature. Useful reading for both undergraduate and graduate courses in philosophy of science and metaphysics.
Douglas, Heather. Inductive Risk and Values in Science2000, Philosophy of Science 67(4): 559-579.-
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Added by: Nick Novelli
Abstract: Although epistemic values have become widely accepted as part of scientific reasoning, non-epistemic values have been largely relegated to the "external" parts of science (the selection of hypotheses, restrictions on methodologies, and the use of scientific technologies). I argue that because of inductive risk, or the risk of error, non-epistemic values are required in science wherever non-epistemic consequences of error should be considered. I use examples from dioxin studies to illustrate how non-epistemic consequences of error can and should be considered in the internal stages of science: choice of methodology, characterization of data, and interpretation of results.Comment: A good challenge to the "value-free" status of science, interrogating some of the assumptions about scientific methodology. Uses real-world examples effectively. Suitable for undergraduate teaching.
Franklin, L. R.. Exploratory Experiments2005, Philosophy of Science 72(5): 888-899.-
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Added by: Nick Novelli
Abstract: Philosophers of experiment have acknowledged that experiments are often more than mere hypothesis-tests, once thought to be an experiment's exclusive calling. Drawing on examples from contemporary biology, I make an additional amendment to our understanding of experiment by examining the way that `wide' instrumentation can, for reasons of efficiency, lead scientists away from traditional hypothesis-directed methods of experimentation and towards exploratory methods.Comment: Good exploration of the role of experiments, challenging the idea that they are solely useful for testing clearly defined hypotheses. Uses many practical examples, but is very concise and clear. Suitable for undergraduate teaching in an examination of scientific methods in a philosophy of science course.
Thalos, Mariam. Nonreductive physics2006, Synthese 149(1): 133-178.-
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Added by: Nick Novelli
Abstract: This paper documents a wide range of nonreductive scientific treatments of phenomena in the domain of physics. These treatments strongly resist characterization as explanations of macrobehavior exclusively in terms of behavior of microconstituents. For they are treatments in which macroquantities are cast in the role of genuine and irreducible degrees of freedom.Comment: A good argument against reduction, grounded in scientific practice. Would be useful in a philosophy of science or a metaphysics context to explore and challenge the idea of reduction. Does a good job of explaining some fairly technical concepts as clearly as possible, but still best suited to graduate or upper-level undergraduate teaching.
Thalos, Mariam. Explanation is a genus: An essay on the varieties of scientific explanation2002, Synthese 130(3): 317-354.-
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Added by: Nick Novelli
Abstract: I shall endeavor to show that every physical theory since Newton explainswithout drawing attention to causes-that, in other words, physical theories as physical theories aspire to explain under an ideal quite distinctfrom that of causal explanation. If I am right, then even if sometimes theexplanations achieved by a physical theory are not in violation ofthe standard of causal explanation, this is purely an accident. For physicaltheories, as I will show, do not, as such, aim at accommodating the goals oraspirations of causal explanation. This will serve as the founding insightfor a new theory of explanation, which will itself serve as the cornerstoneof a new theory of scientific method.Comment: A striking argument that science does not employ causal explanations. Since this is a commonly-held assumption, this would be interesting to present in the context of scientific methodology, or in an exploration of causation as part of a challenge to whether the idea of causation is actually useful or necessary. Provides good historical context to support its claims. Best taught at an advanced or graduate level.
Thalos, Mariam. Truth deserves to be believed2013, Philosophy 88(2): 179-196.-
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Added by: Nick Novelli
Abstract: Science seems generally to aim at truth. And governmental support of science is often premised on the instrumental value of truth in service of advancing our practical objectives, both as individuals and as communities, large and small. While there is some political expediency to this view, it is not correct. The value of truth is nowise that it helps us achieve our aims. In fact, just the contrary: truth deserves to be believed only on the condition that its claim upon us is orthogonal to any utility it might have in the service of (any and all) practical endsComment: A good anti-pragmatist argument, useful in an exploration of the aims of science, or a good introduction to truth and objectivity in science as an illustration of the reason that might matter. Suitable for both undergraduate and graduate teaching.
Thalos, Mariam. A modest proposal for interpreting structural explanations1998, British Journal for the Philosophy of Science 49(2): 279-295.-
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Added by: Nick Novelli
Abstract: Social sciences face a well-known problem, which is an instance of a general problem faced as well by psychological and biological sciences: the problem of establishing their legitimate existence alongside physics. This, as will become clear, is a problem in metaphysics. I will show how a new account of structural explanations, put forward by Frank Jackson and Philip Pettit, which is designed to solve this metaphysical problem with social sciences in mind, fails to treat the problem in any importantly new way. Then I will propose a more modest approach, and show how it does not deserve the criticism directed at a prototype by Jackson and PettitComment: An interesting argument for the value of structual explanations in sociology. Useful in the context of a discussion of reductionism or of the proper classification of social sciences as real science.
Spencer, Quayshawn. Do Newton’s Rules of Reasoning Guarantee Truth … Must They?2004, Studies in History and Philosophy of Science 35(4): 759-782.-
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Added by: Nick Novelli
Abstract: Newton's Principia introduces four rules of reasoning for natural philosophy. Although useful, there is a concern about whether Newton's rules guarantee truth. After redirecting the discussion from truth to validity, I show that these rules are valid insofar as they fulfill Goodman's criteria for inductive rules and Newton's own methodological program of experimental philosophy; provided that cross-checks are used prior to applications of rule 4 and immediately after applications of rule 2 the following activities are pursued: (1) research addressing observations that systematically deviate from theoretical idealizations and (2) applications of theory that safeguard ongoing research from proceeding down a garden path.Comment: A good examination of the relationship of scientific practices to truth, put in a historical context. Would be useful in a history and philosophy of science course.
Harp, Randall, Kareem Khalifa. Why Pursue Unification? A Social-Epistemological Puzzle2015, Theoria. An International Journal for Theory, History and Foundations of Science 30(3): 431-447.-
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Added by: Nick Novelli
Abstract: Many have argued that unified theories ought to be pursued wherever possible. We deny this on the basis of social-epistemological and game-theoretic considerations. Consequently, those seeking a more ubiquitous role for unification must either attend to the scientific community's social structure in greater detail than has been the case, and/or radically revise their conception of unification.Comment: An interesting argument about how scientific practice influences the rationality of theory choice. Would be suited to any course where these issues are discussed.
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Misak, Cheryl. The American Pragmatists (The Oxford History of Philosophy)
2013, Oxford: Oxford University Press.
Comment: A good primary reading for courses on pragmatism or the history of American philosophy. Useful for both undergraduate and postgraduate courses.