Physics and Astronomy (ASTR, PHYS, PHSC) Courses

Physics and Astronomy

Courses

Astronomy

• •  ASTR 100 - Astronomy
• •  ASTR 100L - Introductory Astronomy Laboratory
• •  ASTR 370 - Planetary Environments

Physical Science

• •  PHSC 112 - Introduction to the Physical Sciences

Physics

• •  PHYS 100A - General Physics
• •  PHYS 100B - General Physics
• •  PHYS 151 - Mechanics and Heat
• •  PHYS 152 - Electricity and Magnetism
• •  PHYS 254 - Applied Modern Physics
• •  PHYS 255 - Laboratory on Modern Physics
• •  PHYS 310 - Analytical Mechanics
• •  PHYS 320 - Thermodynamics
• •  PHYS 340A - Electricity and Magnetism I
• •  PHYS 340B - Electricity and Magnetism II
• •  PHYS 350 - Quantum Physics I
• •  PHYS 360 - Introduction to Computational Physics
• •  PHYS 380 - Electronics
• •  PHYS 385 - Materials Science
• •  PHYS 385C - Materials Science Colloquium
• •  PHYS 385L - Materials Science Laboratory
• •  PHYS 390 - Exploring Physics Teaching
• •  PHYS 401 - Preparing for the Physics Profession
• •  PHYS 415 - Relativity
• •  PHYS 422 - Statistical Physics
• •  PHYS 434 - Astrophysics
• •  PHYS 445 - Advanced Experimental Methods in Materials Science
• •  PHYS 446 - Advanced Experimental Methods in Physical and Electronic Properties
• •  PHYS 447 - Advanced Experimental Methods in Nanoscale Physics
• •  PHYS 448 - Advanced Experimental Methods in Soft Condensed Matter Physics
• •  PHYS 450 - Quantum Physics II
• •  PHYS 465 - Topics in Condensed Matter Physics
• •  PHYS 470 - Introduction to Solid State Physics
• •  PHYS 480 - Computer Interfacing in Experimental Physics
• •  PHYS 490 - Selected Topics in Physics
• •  PHYS 491A - Pedagogical Content Knowledge in Physics - Force and Motion
• •  PHYS 491B - Pedagogical Content Knowledge in Physics - Energy and Momentum
• •  PHYS 491C - Pedagogical Content Knowledge in Physics - Waves and Optics
• •  PHYS 491D - Pedagogical Content Knowledge in Physics - Electricity and Magnetism
• •  PHYS 494 - Seminar in Physics
• •  PHYS 495 - Colloquium
• •  PHYS 496 - Special Problems in Physics
• •  PHYS 501 - Preparing for the Physics Profession
• •  PHYS 510 - Graduate Mechanics
• •  PHYS 515 - Relativity
• •  PHYS 522 - Statistical Physics
• •  PHYS 534 - Astrophysics
• •  PHYS 540A - Graduate Electrodynamics
• •  PHYS 545 - Advanced Experimental Methods in Material Science
• •  PHYS 546 - Advanced Experimental Methods in Physical and Electronic Properties
• •  PHYS 547 - Advanced Experimental Methods in Nanoscale Physics
• •  PHYS 548 - Advanced Experimental Methods in Soft Condensed Matter Physics
• •  PHYS 550A - Quantum Mechanics I
• •  PHYS 550B - Quantum Mechanics II
• •  PHYS 554 - Nuclear Physics
• •  PHYS 555 - Elementary Particle Physics
• •  PHYS 560A - Mathematical Methods of Physics
• •  PHYS 562 - Advanced Computational Methods in Physics
• •  PHYS 565 - Topics in Condensed Matter Physics
• •  PHYS 570 - Introduction to Solid State Physics
• •  PHYS 576 - Modern Optics with Laboratory
• •  PHYS 580 - Computer Interfacing in Experimental Physics
• •  PHYS 590 - Selected Topics in Physics
• •  PHYS 595 - Colloquium
• •  PHYS 691 - Directed Study
• •  PHYS 692 - Professional Physics Internship
• •  PHYS 694 - Seminar in Special Topics
• •  PHYS 697 - Directed Research
• •  PHYS 697C - Directed Research in Computational Physics
• •  PHYS 698 - Thesis
• •  PHYS 699 - Professional Project