** PHIL 450: Philosophy of Science **
Last Offered: Fall 1994
- Course Objectives
The course will provide an overview of traditional problems and some recent
developments in the philosophy of science. While a number of specific
theories and agenda (e.g., relativity theory, quantum mechanics, sociobiology,
artificial intelligence) are discussed, emphasis is placed on the conceptual
consequences modern science imposes generally on our basic philosophies of
knowledge and nature. Topics in both the natural and social sciences will be
covered; after considering the experimental and/or theoretical results
obtained by selected research communities within the special
sciences, students will be encouraged to advance and criticize a variety
of philosophical views concerning the aims, methods, and achievements of
"The Garden of Eden was lost for partaking of the fruit of the tree of
knowledge of good and evil, lost not for lust but for curiosity, not for sex
but for science" (Nelson Goodman). In this course, neither fluency nor even
passing acquaintance with the history and practice of Western science is
presupposed; curiosity, on the other hand, is. Curiosity, notwithstanding the
proverbial fate of the proverbial cat, lies at the marrow of all intellectual
passion-- where art , science, and philosophy cohere as one single
instinct: the irrepressible human need to explore, to explain, to inquire.
The following texts, designated 'primary,' will figure prominently in class discussion and analysis:
-- Flanagan, Owen J. The Science of the Mind, Second Edition, Revised and Expanded. Cambridge: MIT Press, 1991.
-- Holton, Gerald. The Scientific Imagination. New York: Cambridge University Press, 1978.
-- Jauch, Josef. M. Are Quanta Real?: A Galilean Dialogue. Bloomington, IN: Indiana University Press (Midland Books: No. 545), 1990.
-- Lewontin, R.C. Biology as Ideology: The Doctrine of DNA. New York: HarperCollins (HarperPerennial), 1991.
-- Longino, Helen E. Science as Social Knowledge: Values and Objectivity in Scientific Inquiry. Princeton, NJ: Princeton University Press, 1990.
-- Mayr. Ernst. One Long Argument: Charles Darwin and the Genesis of Modern Evolutionary Thought (Questions of Science Series). Cambridge, MA: Harvard University Press, 1993.
-- Reichenbach, Hans. From Copernicus to Einstein. New York: Dover, 1980.
The following texts, designated 'supplemental,' provide additional commentary on, background for, or development of the central issues discussed in the course:
-- Albert, David Z. Quantum Mechanics and Experience. Cambridge, MA: Harvard University Press, 1992.
-- Brown, James Robert. Smoke and Mirrors: How Science Reflects Reality (Philosophical Issues in Science Series). New York: Routledge, 1994.
-- Dawkins, Richard. The Selfish Gene (New Edition). New York: Oxford University Press, 1989.
-- Heil, John. The Nature of True Minds (Cambridge Studies in Philosophy). New York: Cambridge University Press, 1992.
- Course Division
- RATIONALITY AND THE PHILOSOPHY OF NATURE: Introductory Topics
- Primary readings: Holton, Chs. 1-7, and Longino, Chs. 1-10
- Supplemental readings: Brown, 1-5.
- REASON AND RELATIVITY: THE PHILOSOPHY OF SPACE AND TIME
- Primary readings: Reichenbach, Chs. 1-6.
- Supplemental readings: Brown, Ch. 9.
- QUANTUM QUESTIONS: ONTOLOGY AND THE NEW PHYSICS
- Primary Readings: Jauch, Chs. 1-4.
- Supplemental readings: Albert, Chs. 1-8, and Brown, Ch. 6-8.
- NATURAL SELECTION: TOPICS IN THE PHILOSOPHY OF BIOLOGY
- Primary readings: Mayr, Chs. 1-10, and Lewontin, Chs. 1-6
- Supplemental readings: Brown, Ch. 4, and Dawkins, Chs. 1-13.
- MODELING MENTALITY: TOPICS IN THE PHILOSOPHY OF PSYCHOLOGY
- Primary readings: Flanagan, Chs. 1-8.
- Supplemental readings: Heil, Chs. 1-7.
- Assignments & Course Mechanics
- Class discussion will approximate seminar format, so joint inquiry will
generally take precedence over ex cathedra lecture.
There will be two (2) written assignments (papers) and one in-class
presentation (seminar report) as follows.
- A brief RESEARCH REPORT (no more than six double-spaced typed pages) on some historically significant scientific discovery or theoretical innovation.
- A SEMINAR REPORT (no more than ten double-spaced typed pages), with topics selected from unsettled issues under current scientific investigation.
- A DISCUSSION PAPER (no more than fifteen double-spaced typed pages) on a philosophical or theoretical issue covered in class.
- Ten percent of the final grade will reflect class participation. The remaining ninety percent of the final grade will be based on the following division (total possible points = 100):
(a) The research report: 20 pts.
(b) The seminar report: 30 pts.
(c) The discussion paper: 50 pts.