Physics
2026–2027
84 courses
- PHYS 0400Expanding Ideas of Time and Space
- PHYS 0500Science of Modern Technology and Public Policy
- PHYS 0700Nuclear Physics: The Good, The Bad, and the Misunderstood
- PHYS 0800Energy, Environment, and Public Policy
- PHYS 1000Energy, Environment, and Public Policy
- PHYS 1210LIntroduction to Physics in Living Systems I: Observation and Analysis
- PHYS 1220LIntroduction to Physics in Living Systems: Observation and Analysis II
- PHYS 1230LIntroduction to Physics in Living Systems III: Mechanics
- PHYS 123LIntroduction to Physics in Living Systems III: Mechanics
- PHYS 1240LIntroduction to Physics in Living Systems Laboratory IV: Electricity, Magnetism, and Radiation
- PHYS 1510Multivariable Calculus for Engineers
- PHYS 1650LGeneral Physics Laboratory
- PHYS 1660LGeneral Physics Laboratory
- PHYS 1700University Physics for the Life Sciences
- PHYS 1710University Physics for the Life Sciences
- PHYS 1800University Physics
- PHYS 1810University Physics
- PHYS 200Fundamentals of Physics I
- PHYS 2000Fundamentals of Physics
- PHYS 201Fundamentals of Physics II
- PHYS 2010Fundamentals of Physics
- PHYS 2050LModern Physical Measurement
- PHYS 2060LModern Physical Measurement
- PHYS 2600Intensive Introductory Physics
- PHYS 2610Intensive Introductory Physics
- PHYS 2710Independent Research in Physics
- PHYS 2720Independent Research in Physics
- PHYS 3440Quantum and Nanoscale Physics
- PHYS 3450Introduction to Quantum Information Processing and Communication
- PHYS 3530Introduction to Biomechanics
- PHYS 3780Introduction to Scientific Computing & Data Science
- PHYS 3930Einstein and the Birth of Modern Physics
- PHYS 3950Research Methods in Astrophysics
- PHYS 3960The Impact of the Atom
- PHYS 4000Introduction to Mathematical Methods of Physics
- PHYS 4010Advanced Classical Physics from Newton to Einstein
- PHYS 4020Advanced Classical Physics from Newton to Einstein
- PHYS 4100Classical Mechanics
- PHYS 4120Relativity
- PHYS 4300Electromagnetic Fields and Optics
- PHYS 4390Basic Quantum Mechanics
- PHYS 4400Quantum Mechanics and Natural Phenomena I
- PHYS 4410Quantum Mechanics and Natural Phenomena II
- PHYS 4420Introduction to Nuclear and Elementary Particle Physics
- PHYS 4441Nonlinear Dynamics
- PHYS 4450LAdvanced Physics Laboratory
- PHYS 4480Solid State Physics I
- PHYS 4490Solid State Physics II
- PHYS 4500Thermodynamics and Statistical Mechanics
- PHYS 4580Principles of Optics with Applications
- PHYS 4710Independent Projects in Physics
- PHYS 4720Independent Projects in Physics
- PHYS 5000Advanced Classical Mechanics
- PHYS 5020Electromagnetic Theory I
- PHYS 5060Mathematical Methods of Physics
- PHYS 5080Quantum Mechanics I
- PHYS 5100Quantum Mechanics II
- PHYS 5120Statistical Physics I
- PHYS 5150Topics in Modern Physics Research
- PHYS 5170Methods and Logic in Interdisciplinary Research
- PHYS 5220Introduction to Atomic Physics
- PHYS 5230Biological Physics
- PHYS 5380Introduction to Relativistic Astrophysics and General Relativity
- PHYS 5480Solid State Physics I
- PHYS 5490Solid State Physics II
- PHYS 5610Modeling Biological Systems I
- PHYS 5620Modeling Biological Systems II
- PHYS 570High-Energy Astrophysics
- PHYS 5700High-Energy Astrophysics
- PHYS 5710Integrated Workshop
- PHYS 5810Small Objects
- PHYS 5900Responsible Conduct in Research for Physical Scientists
- PHYS 6010Quantum Information and Computation
- PHYS 6100Quantum Many-Body Theory
- PHYS 6120Statistical Physics II
- PHYS 6200Relativistic Field Theory I
- PHYS 6300Relativistic Field Theory II
- PHYS 6500Theory of Solids I
- PHYS 6650Graduate Research Seminar
- PHYS 6700Special Topics in Biophysics
No courses found.