Philip Kitcher

This is a database entry with public information about a philosopher who is not a registered user of PhilPeople.
  •  126
    Philip Kitcher is one of the leading figures in the philosophy of science today. Here he collects, for the first time, many of his published articles on the philosophy of biology, spanning from the mid-1980's to the present. The book's title refers to Gregor Mendel, an Augustinian monk who was one of the first scientists to develop a theory of heredity. Mendel's work has been deeply influential to our understanding of our selves and our world, just as the study of genetics today will have a prof…Read more
  •  161
    Implications of Incommensurability
    PSA: Proceedings of the Biennial Meeting of the Philosophy of Science Association 1982. 1982.
    It is argued that if Kuhn's current attempt to characterize conceptual incommensurability is correct, then the phenomenon of conceptual incommensurability is epistemologically innocuous. The first part of the paper explains why available techniques of reference specification provide rival scientists with sufficient access to one another's languages to compare their views. The second half of the paper attempts to elaborate an account of conceptual incommensurability that will develop (what the au…Read more
  •  93
    Innovation and Understanding in Mathematics
    Journal of Philosophy 86 (10): 563-564. 1989.
  •  161
    Infectious Ideas: Some Preliminary Explorations
    The Monist 84 (3): 368-391. 2001.
    Efforts to use concepts from contemporary biology in understanding the dissemination of culture have been inspired by two main analogies. One of these supposes that there are cultural units—memes—that share important similarities with genes, and a number of authors have attempted to exploit this analogy to develop precise theories of cultural transmission. According to a second analogy, the spread of culture is like the infection of a population by a virus. Very often, the two analogies are deve…Read more
  •  47
    Introduction
    In The nature of mathematical knowledge, Oxford University Press. 1983.
  •  208
    Hilbert's epistemology
    Philosophy of Science 43 (1): 99-115. 1976.
    Hilbert's program attempts to show that our mathematical knowledge can be certain because we are able to know for certain the truths of elementary arithmetic. I argue that, in the absence of a theory of mathematical truth, Hilbert does not have a complete theory of our arithmetical knowledge. Further, while his deployment of a Kantian notion of intuition seems to promise an answer to scepticism, there is no way to complete Hilbert's epistemology which would answer to his avowed aims
  • Introduction
    Revue Internationale de Philosophie 42 (4): 397. 1988.
  •  609
    Genes
    British Journal for the Philosophy of Science 33 (4): 337-359. 1982.
  •  93
    17 Giving Darwin his due
    In Jonathan Hodge & Gregory Radick (eds.), The Cambridge Companion to Darwin, Cambridge University Press. pp. 399. 2003.
  •  86
    Four ways of “biologicizing” ethics
    In Elliott Sober (ed.), Conceptual Issues in Evolutionary Biology, The Mit Press. Bradford Books. pp. 439--50. 1994.
  •  228
    Frege's epistemology
    Philosophical Review 88 (2): 235-262. 1979.
  •  73
    Frege: An Introduction to his Philosophy (review)
    Philosophical Books 24 (2): 95-96. 1983.
  •  58
    Fictionalizers
    Philosophical Studies 30 (1). 1976.
  •  38
    Finding an Ending: Reflections on Wagner's Ring
    with Richard Schacht
    OUP Usa. 2005.
    Few musical works loom as large in Western culture as Richard Wagner's four-part Ring of the Nibelung. In Finding an Ending, two eminent philosophers, Philip Kitcher and Richard Schacht, offer an illuminating look at this greatest of Wagner's achievements, focusing on its far-reaching and subtle exploration of problems of meanings and endings in this life and world. Kitcher and Schacht plunge the reader into the heart of Wagner's Ring, drawing out the philosophical and human significance of the …Read more
  •  372
    Epistemology Without History is Blind
    Erkenntnis 75 (3): 505-524. 2011.
    In the spirit of James and Dewey, I ask what one might want from a theory of knowledge. Much Anglophone epistemology is centered on questions that were once highly pertinent, but are no longer central to broader human and scientific concerns. The first sense in which epistemology without history is blind lies in the tendency of philosophers to ignore the history of philosophical problems. A second sense consists in the perennial attraction of approaches to knowledge that divorce knowing subjects…Read more
  •  682
    Explanatory unification
    Philosophy of Science 48 (4): 507-531. 1981.
    The official model of explanation proposed by the logical empiricists, the covering law model, is subject to familiar objections. The goal of the present paper is to explore an unofficial view of explanation which logical empiricists have sometimes suggested, the view of explanation as unification. I try to show that this view can be developed so as to provide insight into major episodes in the history of science, and that it can overcome some of the most serious difficulties besetting the cover…Read more
  •  76
  •  144
    Evolutionary theory and the social uses of biology
    Biology and Philosophy 19 (1): 1-15. 2004.
    Stephen Jay Gould is rightly remembered for many different kinds of contributions to our intellectual life. I focus on his criticisms of uses of evolutionary ideas to defend inegalitarian doctrines and on his attempts to expand the framework of Darwinian evolutionary theory. I argue that his important successes in the former sphere are applications of the idea of local critique, grounded in careful attention to the details of the inegalitarian proposals. As he became more concerned with the seco…Read more
  •  37
  •  102
    A priori knowledge is knowledge that is independent of experience. We begin by trying to understand what this could mean.
  •  71
    From the perspective of well‐ordered science one can explore previous attempts to set science policy. This chapter considers three: Bacon's story of the New Atlantis, Vannevar Bush's Science: The Endless Frontier, and a recent attempt to make the National Institutes of Health more open to inputs from the public.