Philosophy
482: Philosophy of Physical Science
Topic: Conceptual Problems of the Quantum Theory
Course Web Page: http://courses.washington.edu/philo482/
Class Meets T,Th 11:30-1:20, Savery 130
Instructor:
Arthur Fine
Office Address: Savery M399
Contact:
543-6496
(543-5855 -- Messages Only),
afine@u.washington.edu
Office Hours: T, TH 1:30–2:20 and by appointment
COURSE DESCRIPTION.
This is a course on conceptual problems of the quantum theory. Some of
the problem areas we will look at include: entanglement, Bell's
theorem, decoherence, realism, determinism, and quantum logic. We'll
examine several interpretations including: Copenhagen, many worlds
(minds), hidden variables, and collapse. Paradigm experimental
situations involve variations on the double slit and
Einstein-Podolsky-Rosen experiments.
PREREQUISITES. Juniors & seniors with a decent logic/math/physics background. Open to others upon approval of the instructor.
TEACHING METHOD. Modified seminar style: student presentations alternating with lecture/discussions, and with active student participation in general.
EVALUATION. In addition to class participation and written reports of presentations, there will be a short midterm exam and a short problem-oriented final paper due the last day of class. No final exam.
READINGS.
A. REQUIRED
1.
There are tour sets of readings on the webpage (four password-protected
PDF files). They are required reading for the course.
2. A. Fine, The
Shaky
Game: Einstein, Realism and the Quantum Theory 2nd
ed.
(Chicago: University of Chicago Press, 1996). UW Bookstore.
B. There is also an extensive library
reserve list for reference and study.
READING ASSIGNMENTS (from the files on the webpage): Weeks 1 and 2. (Further reading
assignments follow the assignments in the Presentation
List for weeks 3 through 10.)
Bohr #3 (Como Lecture
1927) and #5
(Discussions with Einstein 1948)
Heisenberg #14,
Copenhagen Interpretation, Chap III (stop at Chap VIII.)
Einstein #7 and #8
Fine, TSG Chapters 1 and 2
Putnam #16
and also his later article #16a.
Hanson #13,
Uncertainty Principle
Also: Look at the 2-slit
Hitachi
electron experiment
(video clip).