The Net Advance of Physics:

QUANTUM MECHANICS

GENERAL AND VARIOUS:

• Spin/Statistics Theorem Miscellany, by John C. Baez, 95/01
• Wilson Loop Averages and the Aharanov-Bohm Effect, (Chapter 4 of "Two Dimensional QCD is a String Theory", thesis by Soeren Koester), 94/08 page 45
• Introduction into the Feynman Path Integral, by Christian Grosche, 93/02
• Visual Quantum Mechanics (undergraduate course), by D. Zollman et al.
• Particle or Wave? (undergraduate course), by Tom King

ATOMIC AND MOLECULAR PHYSICS:

• NET ADVANCE OF PHYSICS: Atoms and Molecules

INTERPRETATION OF THEORY:

• NET ADVANCE OF PHYSICS: Foundations

MATHEMATICAL METHODS:

• The Real Symplectic Groups in Quantum Mechanics and Optics, by Arvind et al., 95/09
• Computational Physics for Condensed Matter Theorists, by Angus MacKinnon (Numerical methods for quantum calculations.)

QUANTUM OPTICS:

• NET ADVANCE OF PHYSICS: Optics

SPECTROSCOPY:

• NET ADVANCE OF PHYSICS: Spectroscopy

SPIN AND SPINORS:

• Quantum Theory of Large Systems of Non-Relativistic Matter, by J. Froehlich, U.M. Studer and E. Thiran, 95/08
• Spin/Statistics Theorem Miscellany, by John C. Baez, 95/01
• Division Algebras, Sphere Algebras and Twistors, by Martin Cederwall, 93/10

TESTS OF VALIDITY:

• NET ADVANCE OF PHYSICS: CP Violation

To contribute to this page, write Norman Redington, redingtn@mit.edu