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Physics Unit Name:   Physics Head of Department:   Jeremiah D. Sullivan Department Office:   209 Loomis Laboratory of Physics, 1110 West Green, Urbana, 333-3761 If you have questions about these classes or their descriptions, please contact the department or unit listed above. See the Courses Catalog Index for more information on the Catalog. PHYCS 100.   Thinking About Physics PHYCS 101.   General Physics (Mechanics, Heat, and Sound) PHYCS 102.   General Physics (Light, Electricity, Magnetism, and Modern Physics) PHYCS 111.   General Physics (Mechanics) PHYCS 112.   General Physics (Electricity and Magnetism) PHYCS 113.   General Physics (Thermal Physics) PHYCS 114.   General Physics (Waves and Quantum Physics) PHYCS 123.   Physics Made Easy PHYCS 140.   Practical Physics: How Things Work -- A Course for Nonscientists PHYCS 141.   Special Problems PHYCS 150.   Physics and the Modern World: A Course for Nonscientists PHYCS 151.   Special Problems PHYCS 180.   Nuclear Weapons, Nuclear War, and Arms Control PHYCS 199.   Undergraduate Open Seminar PHYCS 210.   Introductory Relativity PHYCS 225.   Intermediate Mechanics and Relativity, I PHYCS 301.   Classical Physical Lab PHYCS 302.   Principles of Atmospheric Dynamics PHYCS 303.   Modern Experimental Physics PHYCS 319.   Space, Time, and Matter PHYCS 326.   Intermediate Mechanics and Relativity, II PHYCS 335.   Electromagnetic Fields and Sources, I PHYCS 336.   Electromagnetic Fields and Sources, II PHYCS 343.   Electronic Circuits, I PHYCS 344.   Electronic Circuits, II PHYCS 361.   Thermodynamics and Statistical Mechanics PHYCS 363.   Atomic-Scale Simulations PHYCS 365.   Plasma and Fusion Science PHYCS 371.   Light PHYCS 382.   Subatomic Physics PHYCS 383.   Atomic Physics and Quantum Theory PHYCS 386.   Atomic Physics and Quantum Mechanics, I PHYCS 387.   Atomic Physics and Quantum Mechanics, II PHYCS 389.   Introduction to Solid State Physics PHYCS 397.   Individual Study PHYCS 398.   Seminar on Special Topics in Modern Physics PHYCS 404.   Theoretical Astrophysics II: Stellar Physics PHYCS 406.   The Physics of Compact Objects PHYCS 411.   Special Functions and Boundary Value Problems in Physics PHYCS 412.   Additional Techniques of Mathematical Physics PHYCS 413.   Uses of Complex Variables in Physics PHYCS 414.   Basics of Advanced Mechanics PHYCS 415.   Introduction to Continuum Mechanics PHYCS 417.   Lie Groups and Their Physical Applications PHYCS 420.   Nonlinear Dynamics PHYCS 421.   Advanced Nonlinear Dynamics PHYCS 425.   General Relativity PHYCS 426.   Applications of General Relativity PHYCS 430.   Surface Physics PHYCS 431.   Diffraction Physics of Materials PHYCS 435.   Theory of Semiconductors and Semiconductor Devices PHYCS 442.   Classical Electromagnetic Radiation PHYCS 450.   Biomolecular Physics PHYCS 455.   Reactor Theory, I PHYCS 456.   Reactor Theory, II PHYCS 459.   Asymptotics and Singular Perturbations in Engineering and Physics PHYCS 462.   Statistical Mechanics and Kinetic Theory PHYCS 463.   Liquid Helium and Superconductivity PHYCS 464.   Phase Transitions PHYCS 470.   Introduction to Nuclear and Particle Physics PHYCS 472.   Special Topics in Nuclear Physics PHYCS 475.   Particle Physics, I PHYCS 476.   Particle Physics, II PHYCS 480.   Quantum Mechanics, I PHYCS 481.   Quantum Mechanics, II PHYCS 483.   General Field Theory PHYCS 485.   Advanced Field Theory PHYCS 489.   Solid State Physics, I PHYCS 490.   Solid State Physics, II PHYCS 497.   Individual Study PHYCS 498.   Seminar on Special Topics in Modern Physics PHYCS 499.   Thesis Research