PHI 327 - Philosophy of Physics

Spring 2003 Schedule

Albert = Quantum Mechanics and Experience

Hughes = Structure and Interpretation of Quantum Mechanics

This schedule is subject to revision -- please check back for updates (Last updated: 04.23.03)

Date

Topic

Reading

The Interpretation of Quantum Mechanics - Part I

02.03 Overview
02.05 Crisis for classical physics: Blackbody radiation, photoelectric effect, atomic stability Sklar, Philosophy of Physics, pp. 157-171. (Available from electronic course reserves and from the course website)
02.10 Heisenberg's uncertainty/indeterminacy principle Sklar, pp. 172-187.  Some study questions
02.12 Schrödinger's cat (superpositions)

Wigner's dualism

The many worlds interpretation

Sklar, pp. 187-202.
02.17 Lecture cancelled for blizzard
02.19 Einstein-Podolsky-Rosen paradox

Bell's theorem

Sklar, pp. 202-225.

The Formalism of Quantum Mechanics

02.24 Formal model of a couple simple quantum systems Hughes, pp. 11-28.
02.26 A slightly more complex quantum system (spin) Hughes, pp. 28-37.
03.23 Axioms for a general quantum system (vector spaces and linear operators) Hughes, pp. 38-51.
03.05 States and observables Hughes, pp. 57-79.
03.10 Eigenvectors and eigenvalues; dynamics Hughes, pp. 113-118.
03.12

Composite systems

 

03.17 SPRING RECESS  
03.19 SPRING RECESS  
03.24 Review for exam  
03.26

MIDTERM EXAM

03.31 Formalism for composite systems Albert, pp. 47-53; Hughes, pp. 136-151.
The Interpretation of Quantum Mechanics - Part II
04.02 The measurement problem  Albert, Chap. 4.
04.07 Dynamical reduction theories (GRW) Albert, Chap. 5.  (Additional suggested reading: Collapse theories)
04.09 Everett-inspired interpretations: The bare theory Albert, Chap. 6.  (Suggested reading: Everett & Many worlds interpretation)
04.14 Everett-inspired interpretations: Many worlds, many minds None
04.16 Einstein, Podolsky and Rosen against the completeness of quantum mechanics Einstein et. al, "Can quantum-mechanical description of reality be considered complete?" (e-reserves); 
Redhead, "The Einstein-Podolsky-Rosen incompleteness argument" (e-reserves).
04.21 Bohm's hidden variable theory Albert, pp. 134-155  (Suggested reading: Albert, "Bohm's alternative to quantum mechanics" e-reserves)
04.23 Bohm's hidden variable theory Albert, pp. 155-179 (Suggested reading: Bohmian mechanics)  
04.28 Bell's theorem Hughes, pp.171-174, 237-254; Bell, "Bertlemann's socks and the nature of reality" (e-reserves).
04.30 Bell's theorem Mermin, "Quantum mysteries for anyone" (e-reserves).