Undergraduate Courses

• ASTR 10: Descriptive Astronomy
• ASTR 101: Modern Astronomy
• ASTR 117A: Astrophysics I
• ASTR 117B: Astrophysics II
• ASTR 155: Topics in Modern Astronomy and Astrophysics
• PHYS 1: Elementary Physics
• PHYS 2A: Fundamentals of Physics
• PHYS 2B: Fundamentals of Physics
• PHYS 20: Invitation to Physics and Astronomy
• PHYS 23: Animation Physics
• PHYS 40: Introduction to Computational Physics
• PHYS 49: Introduction to Physics
• PHYS 50: General Physics/Mechanics
• PHYS 50W: General Physics/Mechanics Workshop
• PHYS 51: General Physics/Electricity and Magnetism
• PHYS 52: General Physics/Heat and Light
• PHYS 100W: Methods of Research and Communication in Physics
• PHYS 105A: Advanced Mechanics I
• PHYS 105B: Advanced Mechanics II
• PHYS 107: Waves and Oscillations
• PHYS 110A: Electricity and Magnetism I
• PHYS 110B: Electricity and Magnetism II
• PHYS 120A: Intermediate Physics Lab: Electronics, Data Acquisition & Analysis
• PHYS 120B: Advanced Scientific Measurements Lab
• PHYS 120C: Advanced Physics Lab: Optics
• PHYS 122: Modern Physics
• PHYS 130: Mathematical Methods in Physics
• PHYS 140: Computational Methods in Physics
• PHYS 155: Topics in Physics and Astronomy
• PHYS 158: Modern Optics
• PHYS 160: Thermodynamics and Statistical Physics
• PHYS 161: Fundamentals of Quantum Information
• PHYS 163: Quantum Mechanics
• PHYS 166: Physics of Music
• PHYS 168: Lasers
• PHYS 175A: Solid State Physics
• PHYS 180: Individual Studies
• PHYS 184: Directed Reading