History 181B: Modern Physics

Schedule


Date Topic Assignment (in the reader unless bold or italics)
Unit 1:
Classical World Pictures
Roadmap 1
W 1/22 Introduction and overview  
F 1/24 Natural philosophy and mechanical explanation  
M 1/27 New mechanical principles Joule, "Mechanical Equivalent"
W 1/29 Thermodynamics Clausius, "Second Law"
F 1/31 Electricity and magnetism Coulomb, "Electric Force"
M 2/3 Electromagnetism Maxwell, selections, and start on Night Thoughts
W 2/5 Making sense of Maxwell Duhem, "Physical Theory"
F 2/7 Classical world pictures (1) Mach, "Economy of Science"
M 2/10 Classical world pictures (2) McCormmach, Night Thoughts, and essay
W 2/12 Statistical mechanics and kinetic theory Klein, "Mechanical Explanation"
F 2/14 The world of a physicist Tables from "Physics circa 1900"
Unit 2:
Challenges
Roadmap 2
M 2/17 HOLIDAY  
W 2/19 New radiations, new phenomena (1) Röntgen, "Rays," Curie, "Radium" and website
F 2/21 New radiations, new phenomena (2) Thomson, "Cathode Rays"
M 2/24 The quantum: Planck on radiation Carson, "Quantum Theory" through p. 13
W 2/26 Making sense of the quantum Physical Review essay
F 2/28 Einstein and relativity (1) Einstein, "Electrodynamics"
M 3/3 Einstein and relativity (2) Heisenberg, "Relativity" through p. 120
W 3/5 Einstein and relativity (3) Einstein, "Autobiographical Notes"
F 3/7 General relativity and beyond Heisenberg, "Relativity," p. 121 on
M 3/10 Midterm exam (review for midterm)
Unit 3:
The Quantum Mechanical  Era
Roadmap 3
W 3/12 Atomic physics  
F 3/14 The old quantum theory of atomic structure Carson, "Quantum Theory" p. 13 on
M 3/17 Making quantum mechanics (1) Heisenberg, "Quantum Theory," 1st Nobel option
W 3/19 Making quantum mechanics (2) Heisenberg, "Physical Content"
F 3/21 Making sense of quantum mechanics Bohr, "Bohr-Einstein Dialogue"
    SPRING VACATION  
M 3/31 Making use of quantum mechanics Pauli, "Exclusion Principle"
W 4/2 Fields and particles (1) Dirac, "Electrons and Positrons"
F 4/4 Particles and nuclei Brown and Hoddeson, "Elementary-Particle Physics"
M 4/7 The rise of American physics "Lawrence," ch. 1, and start on Copenhagen
W 4/9 Advancing physics at home "Lawrence," ch. 2 , ep. 1, 2nd Nobel option
F 4/11 Nuclear physics Frisch, "Nucleus," Hahn and Strassmann, "Existence," and Meitner and Frisch, "Disintegration"
M 4/14 The threats of the 30s "Physics and National Socialism"
W 4/16 Physics under National Socialism Frayn, Copenhagen, and essay
Unit 4:
World War II and Beyond
F 4/18 The physicists' war "Lawrence," ch. 3 , ep. 2
M 4/21 Fission as a weapon Weisskopf, "The Bomb," Sakharov, "Tamm Group"
W 4/23 Physics, politics, and the state "Lawrence," ch. 4 , ep. 3, and Roberts, "Dollars"
F 4/25 The postwar expansion Bulletin of the Atomic Scientists essay
M 4/28 Rethinking quantum field theory Weisskopf, "Field Theory," to p. 77
W 4/30 Renormalization Dyson, "Feynman, Schwinger, and Tomonaga"
F 5/2 The Standard Model Weisskopf, "Field Theory," p. 77 on
M 5/5 And beyond Mattuck, "Feynman Diagrams," 3rd Nobel option
W 5/7 Astrophysics and cosmology Gamow, "Galaxies"
F 5/9 A new world picture? Anderson, "More is Different"
M 5/12 Where next? Bell, "Six possible worlds"
Final Exam
M 5/19 Final exam, 8:00-11:00 a.m.  
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Copyright © Cathryn Carson 2003