| Current
Teaching Assignments & Physics Course Schedule |
- Current and Past Physics Courses:
- Physics 1A
- Introductory course in Newtonian Mechanics
- Physics 1B Practical
- Freshman course on electricity and magnetism, and relativity, with an emphasis on physical insight and problem solving. Laboratory work is required
- Physics 1B Analytical
- Teaches and uses methods of multivariable calculus
- Physics 1C Practical
- Freshman course on electricity and magnetism, and relativity, with an emphasis on physical insight and problem solving. Laboratory work is required
- Physics 1C Analytical
- Teaches and uses methods of multivariable calculus
- Physics 2A
- Statistical physics and waves
- Physics 2B
- Quantum Mechanics
- Physics 3
- Freshman physics lab
- Physics 5
- Sophomore physics labs
Physics 6 - Physics Laboratory
Physics 7 - Sophomore physics labs
- Physics 12a
- Waves
- Physics 12b
- Quantum Physics
- Physics 12c
- Statistical Mechanics
- Physics 20-22
- An introduction to computational physics and to computer interfacing
- Physics 70
- A seminar on physics topics of contemporary interest, with emphasis on organization and communication. Intended to provide guidance and practice in the effective oral presentation of scientific material
- Physics 76
- Atomic and laser physics lab
- Physics 77
- Senior physics lab
Physics 103ab - Topics in Contempory Physics
- Physics 105
- Analog Electronics for Physicists
- Physics 106a
- Physics 106bc
- Classical Mechanics and Classical Electricity and Magnetism
- Physics 118ab
- Low-Noise Electronic Measurement
- Physics 125ab
- Quantum Mechanics
Physics 125c - Quantum Mechanics
- Physics 127
- Critical Phenomena
- Physics 129a
- Mathematical Methods of Physics
Physics 130 - Condensed Matter Physics
- Physics 135a
- Applications of Quantum Mechanics
- Physics 135b
- Applications of Quantum Mechanics: Elementary Particle Physics
- Physics 135c
- Applications of Quantum Mechanics: Non-Accelerator Experimental Particle Physics
- Physics 136
- Applications of Classical Physics
Physics 195 - Advanced Quantum Mechanics
Physics 196 - Advanced Classical Physics
Physics 196b EM - Advanced Classical Physics/Electrodynamics
- Physics 199c
- Major Open Questions in Physics Physics
Physics 203 - Nuclear Physics
- Physics 205
- Relativistic Quantum Mechanics
Physics 217 - The Standard Model
Physics 219 - Quantum Computation
Physics 223a - Advanced Topics in Condensed Matter Physics
- Physics 223bc
- Advanced Topics in Condensed Matter Physics
Physics 224 - Space physics and astronomy
Physics 225 - Advanced Quantum Mechanics
Physics 229 - Advanced Mathematical Methods of Physics
Physics 230 - Elementary Particle Theory
Physics 231 - High Energy Physics
Physics 232 - Introduction to Topological Field Theory
Physics 235a - Introduction to Supersymmetry and String Theory
- Physics 236
- General Relativity
- Physics 237
- Gravitational Radiation
- Physics 250
- String Theory
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© California Institute of Technology | September 2007