Explanation, Inference, Testimony, and Truth: Essays Dedicated to the Memory of Peter Lipton
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Anjan Chakravartty SCIENCE, METAPHYSICS, and the PHILOSOPHY of SCIENCE June 4 14:00 – 14:30 Macleod 214
Anjan Chakravartty SCIENCE, METAPHYSICS, AND THE PHILOSOPHY OF SCIENCE June 4 14:00 – 14:30 MacLeod 214 Subsequent to the transition from the era of natural philosophy to what we now recognize as the era of the modern sciences, the latter have often been described as independent of the major philosophical preoccupations that previously informed theorizing about the natural world. The extent to which this is a naïve description is a matter of debate, and in particular, views of the relationship between the modern sciences and metaphysics have varied enormously. Logical positivism spawned a distaste for metaphysics within the philosophy of science which lasts to this day, but in recent years, a renaissance in analytic metaphysics has been embraced by a growing number of philosophers of science. Those moved by distaste commonly subscribe either to a minimalist Humean metaphysic, or to a quietism about metaphysical questions generally, and often maintain that such stances are operative in scientific practice itself. Those moved by attraction contend that metaphysical investigations into the natures of things like properties, causation, laws, and modality, are required in order to interpret descriptions of the world furnished by our best scientific theories, and often suggest that metaphysical commitments with respect to issues such as these likely play a significant role in scientific theorizing itself. In this paper, I will attempt to enumerate the philosophical presuppositions separating these approaches to scientific knowledge, and consider some prospects for their resolution. Andrea Charise Location, location, location: Cultural technologies of brain mapping in Victorian science and modern neuroimaging June 3, 15:45-16:15 MacLeod 254 In this paper, I discuss the conceptual linkages between recent trends in neuroimaging technologies of “brain mapping” and the enormously popular nineteenth-century pseudoscientific practice of phrenology. -
Understanding Perspectivism
This impressive collection is essential reading for appreciating the inevi- table contextualities of scientific knowledge. It explores how notions of “perspective” can illuminate the epistemic upshot of the sciences and how they are situated in their history, practices, representations, and sometimes competing aims, provocatively advancing debates about realism, pragma- tism, explanation, and modeling in the process, all through a wealth of cases from physics, biology, neuroscience, and medical science . —Anjan Chakravartty, University of Miami An excellent collection of essays on a topic rapidly establishing itself as an important interpretive programme in philosophy of science. One of the volume’s many merits consists in showing the diversity and versatil- ity of perspectivism while illustrating common features among its differ- ent varieties. The reader is thus provided an enormously rich foundation for evaluating the role of perspectivism in understanding science and its practices . —Margaret Morrison, University of Toronto Perspectivism is a fruitful metaphor for imagining alternatives to tradi- tional realism in philosophy of science. Massimi and McCoy have gath- ered ten essays which show how perspectivism is illuminating in areas such as molecular biology and measurement theory, and also explore the relationships between perspectivism and other recent accounts including pragmatism, structural realism, pluralism, and scientific modelling. There is an excellent balance of established and emerging scholars in the field. This volume is a superb, cutting-edge text to use in an advanced graduate seminar . —Miriam Solomon, Temple University Understanding Perspectivism This edited collection is the first of its kind to explore the view called perspectivism in the philosophy of science. The book brings together an array of essays that reflect on the methodological promises and scientific challenges of perspectivism in a variety of fields such as physics, biology, cognitive neuroscience, and cancer research, just for a few examples. -
2005 Bulletin
Volume 13 U N I V E R S I T Y OF P I T T S B U R G H B U L AUGUSTL E T 2005I N NOTES FROM THE DIRECTOR 22. It was a great pleasure for Rutgers University) and I joined me to be involved in both. forces to organize a conference October 1-3 celebrating the During my eight years as Cen- contributions of our dear friend ter Director I have had the great Allan Gotthelf to the under- pleasure of working with standing of the philosophy and Gereon Wolters of Konstanz science of classical Greece. The and Peter Machamer of Pitts- program and pictures of the burgh (and their committees) event can be found on the on four Pittsburgh-Konstanz Center's web site among the Colloquia. May 26-30, 2005 Archived Events. Allan is cur- was our seventh, held in rently Visiting Professor of His- BULLETINBULLETIN Konstanz, as is fitting, given tory and Philosophy of Science that one of the architects of this thanks to a fellowship provided Table of Contents warm, multi-faceted coop- by the Anthem Foundation for erative venture, Jürgen the Study of Objectivism. 3 Visiting Fellows 2004-05 Jim Lennox Mittelstrass, retires this year. 6 In Memoriam: Ernst Mayr For the first time the event was October 12-14 we once again 7 Anjan Chakravartty he completion of my staged in the historic heart of co-sponsored the Nagel Lec- second (and final!) Konstanz, in the city's Cultural tures, organized every two years 8 In Memoriam: Eduardo H. -
Corey Nathaniel Dethier Coreydethier.Com [email protected]
Corey Nathaniel Dethier coreydethier.com [email protected] Areas of interest AoS Philosophy of Science (particularly Climate Science), Epistemology AoC Philosophy of Biology, Philosophy of Statistics, Environmental Ethics Positions held 2021- Postdoctoral Fellow, Leibniz Universit¨atHannover F 2020 Postdoctoral Fellow, University of Notre Dame Education 2020 Ph.D. Philosophy, University of Notre Dame | M.A. History and Philosophy of Science, University of Notre Dame Dissertation Multiple Models, Robustness, and the Epistemology of Climate Sci- ence Committee Anjan Chakravartty (co-director), Curtis Franks (co-director), Don Howard, Wendy Parker (external), Hannah Rubin 2015 M.A. Philosophy, Tufts University 2012 B.A. with High Honors, College of Social Studies, Wesleyan University Publications in press \The Cooperative Origins of Epistemic Normativity?" Erkenntnis. | \Climate Models and the Irrelevance of Chaos." Philosophy of Science. | \How to Do Things with Theory: The Instrumental Role of Auxiliary Hypothe- ses in Testing." Erkenntnis. 2021 \Forces in a True and Physical Sense: From Mathematical Models to Meta- physical Conclusions." Synthese 198.2: 1109{22. 2018 \William Whewell's Semantic Account of Induction." HOPOS 8.1: 141-56. Papers in preparation (under review; drafts available on request) | On accuracy-dominance arguments for probabilism. | On agreement in modeling and experimental contexts. | On interpreting the probabilities found in IPCC reports. | On the calibration of climate models. | On science and the norm of assertion. 1 | On supposition and statistics. | On uncertainty and climate model ensembles. | On uncertainty about initial conditions and uncertainty about laws. | On the use of statistics in climate modeling. | On the value of agreement in climate modeling. Recent Presentations 2021 [delayed] \Climate Models and the Irrelevance of Chaos," 27th Biennial Meeting of the Philosophy of Science Association. -
CLMPS 2011 Program
CLMPS 2011 Program Division of Logic, Methodology and Philosophy of Science of the International Union of History and Philosophy of Science Congress Secretariat (Eds.) Program CLMPS 2011 General theme Logic and Science Facing New Technologies 14th International Congress of Logic, Methodology and Philosophy of Science Nancy, July 19–26, 2011 (France) Contents Welcome Address1 Committees3 Executive Commitee of DLMPS.......................3 General Program Committee.........................3 Organizing Committee.............................5 Official Program8 Typographical Note...............................9 Overview...................................... 11 List of Sections.............................. 13 Plenary Lectures and Special Sessions.................... 15 IUHPS – Joint Commission Symposium ................. 19 Program by Day 21 Tuesday 19.................................... 23 Wednesday 20................................... 24 Thursday 21.................................... 26 Friday 22...................................... 31 Saturday 23.................................... 37 Monday 25..................................... 42 Tuesday 26.................................... 47 Program by Sections (including Chairs) 51 A1. Mathematical Logic............................ 53 A2. Philosophical Logic............................. 55 A3. Logic and Computation.......................... 61 B1. Methodology and Scientific Reasoning................. 63 B2. Ethical Issues in the Philosophy of Science............... 70 B3. Historical Aspects in the -
The Epistemology of Testimony
Pergamon Stud. His. Phil. Sci., Vol. 29, No. 1, pp. 1-31, 1998 0 1998 Elsevier Science Ltd. All rights reserved Printed in Great Britain 0039-3681/98 $19.004-0.00 The Epistemology of Testimony Peter Lipton * 1. Introduction Is there anything you know entirely off your own bat? Your knowledge depends pervasively on the word of others. Knowledge of events before you were born or outside your immediate neighborhood are the obvious cases, but your epistemic dependence on testimony goes far deeper that this. Mundane beliefs-such as that the earth is round or that you think with your brain-almost invariably depend on testimony, and even quite personal facts-such as your birthday or the identity of your biological parents--can only be known with the help of others. Science is no refuge from the ubiquity of testimony. At least most of the theories that a scientist accepts, she accepts because of what others say. The same goes for almost all the data, since she didn’t perform those experiments herself. Even in those experiments she did perform, she relied on testimony hand over fist: just think of all those labels on the chemicals. Even her personal observations may have depended on testimony, if observation is theory-laden, since those theories with which it is laden were themselves accepted on testimony. Even if observation were not theory-laden, the testimony-ladenness of knowledge should be beyond dispute. We live in a sea of assertions and little if any of our knowledge would exist without it. If the role of testimony in knowledge is so vast, why is its role in the history of epistemology so slight? Why doesn’t the philosophical canon sparkle with titles such as Meditations on Testimony, A Treatise Concerning Human Testimony, and Language, Truth and Testimony? The answer is unclear. -
Truth, Existence, and the Best Explanation Formulate an Inductive, Argujnent for Scientific Realism on the Basis of Empirical Facts
Anthony A. Derksen ism has already been successfully defended.] HarrB's essential and almost disrespectful insight is to have tried to Truth, existence, and the best explanation formulate an inductive, argujnent for scientific realism on the basis of empirical facts. My conclusion was that we do need these empirical facts, and we do need an induqtive argument, but not the direct one HarrB relied on, but the inverse one !based on epistemic relevance of the Normal Thing Peter Lipton and the Rare Event. As long as this style of arguing is used in every-day life, science and philosophy I do not feel too worried that I have not pres- ented a defence of this style of arguing in this paper. 1 Introduction References When Oxford offered me a place to read for the B.Phil. in Philosophy some twenty years ago, the decision to accept seemed obvious. It was only Harre, R. (1961). Thebrie~,and Things. London/New York: Sheed and some time after arrival that I realised what a chance I had taken. Unlike Ward. the other universities to which I had applied, instruction at Oxford is based Had, R. (1970). ~h;Principles of Scientific Thinking. London: almost exclusively on individual supervisions. The tutorial system has Macmillan. obvious advantages, but it is also risky. Unlucky students with supervisors Harr6, R. (1985). 'Theories Families, Plausibility, and the Defense of who were uninterested, uncooperative, or just uninspiring faced fortnight- Modest realism'. In: N. Rescher (ed.), Reason and Rationality in Natu- long stints of solitary work, punctuated by unremunerative tutorials. Many ral Science. -
REVIEW ANJAN CHAKRAVARTTY a Metaphysics for Scientific Realism
Brit. J. Phil. Sci. 62 (2011), 443–451 REVIEW ANJAN CHAKRAVARTTY A Metaphysics for Scientific Realism: Knowing the Unobservable Cambridge: Cambridge University Press, 2007. pp. xvii + 251, £47.00 (hardback) ISBN-10: 0521130093 Downloaded from ISBN-13: 978-0521130097 Sungho Choi http://bjps.oxfordjournals.org/ Philosophy Dept., Kyung Hee University Seoul, Republic of Korea [email protected] Scientific realism has been at the heart of contemporary philosophical discus- sions regarding the intellectual enterprises collectively called ‘science’. Very at University of Notre Dame on August 24, 2016 approximately, it is the view that we are entitled to accept our best scientific theories at face value, as providing a literally true description of reality, ob- servable or not. Though this view may seem commonsensical at first glance, it has invited numerous powerful criticisms from skeptics with the result that there is a growing agreement among philosophers that it now requires con- siderable refinements and careful metaphysical backing. The thought is that scientific realism must be considerably refined such that what is susceptible to realist commitment is carefully circumscribed; and, further, that it is in need of metaphysical support that involves suitable clarifications of metaphysical no- tions like causation, properties, laws of nature, kinds, and so on, which sci- entific realists often make recourse to in their defense. This is a tremendous task, which is squarely tackled by Anjan Chakravartty’s A Metaphysics for Scientific Realism. The book, whose goal is to supply the requisite metaphysical machinery for scientific realists and thereby tell us how to be a sophisticated scientific realist, divides into three carefully coordinated parts. -