Physics

The published curriculum

Term by term, as printed in the catalogue. Elective slots are not listed as named courses because the catalogue does not name them.

Other courses this department offers

• PHYS101Elementary Physics I
• PHYS105General Physics I
• PHYS106General Physics II
• PHYS111Physics I (Mechanics)
• PHYS112Physics II (Electricity and Magnetism)
• PHYS181Basic Physics I
• PHYS182Basic Physics II
• PHYS213General Physics III
• PHYS251Properties of Matter I
• PHYS252Properties of Matter II
• PHYS260Physics of Sports and Games
• PHYS281Basic Physics III
• PHYS283Optics and Modern Physics
• PHYS305Analog Electronics
• PHYS306Digital Electronics
• PHYS308Experiments in Physics
• PHYS312Elementary Condensed Matter Phys.
• PHYS318Physics of Fluids
• PHYS328Nuclear Physics and Particles
• PHYS343Introductory Computational Methods for Physicists
• PHYS353Physics of Energy
• PHYS360Science in History
• PHYS402Nuclear Physics I
• PHYS403Nuclear Physics II
• PHYS404Nuclear Electronics
• PHYS405Neutron and Reactor Physics
• PHYS407Particle Physics I
• PHYS408Particle Physics II
• PHYS409Physics of Condensed Matter I
• PHYS410Physics of Condensed Matter II
• PHYS411Solid State Physics Laboratory I
• PHYS415Projects in Physics
• PHYS417Prin.of Measurement and Instrument. I
• PHYS418Prin.of Measurement and Instrument.ii
• PHYS419Introduction to Photonics and Optoelectronics I
• PHYS420Introduction to Photonics and Optoelectronics II
• PHYS423Physics and Design of High-Power Fiber Lasers
• PHYS424Introduction to Biophysics
• PHYS425Introduction to Laser Physics
• PHYS426Lasers and Their Applications
• PHYS427Introduction to Plasma Physics
• PHYS428Introduction to Magnetohydrodynamics
• PHYS429Statistical Mechanics
• PHYS432Quantum Mechanics II
• PHYS434Mathematical Methods in Physics III
• PHYS435Introduction to Nonlinear Dynamical Systems and Chaos I
• PHYS436Introduction to Nonlinear Dynamical Systems and Chaous II
• PHYS437Practical Quantum Computing for Scientists
• PHYS439Physics of Semiconductor Devices I
• PHYS440Physics of Semiconductor Devices II
• PHYS443Computational Physics I
• PHYS444Computational Physics II
• PHYS445Computational Methods in Solid State Physics
• PHYS448Introduction to Stochastic Processes in Physics
• PHYS450Health Physics
• PHYS455Introduction to Quantum Information Theory
• PHYS456Introduction to Quantum Technologies
• PHYS471Solar Energy I
• PHYS472Solar Energy II
• PHYS481Special Relativity
• PHYS482General Relativity
• PHYS485String Theory I
• PHYS486String Theory II
• PHYS491Geometry and Topology in Physics I
• PHYS492Geometry and Topology in Physics II
• PHYS493Special Functions for Physicists
• PHYS495Group Theory in Physics
• PHYS500M.s. Thesis
• PHYS501Statistical Mechanics
• PHYS502Analytical Mechanics
• PHYS503Methods of Mathematical Physics I
• PHYS504Methods of Mathematical Physics II
• PHYS505Electromagnetic Theory I
• PHYS506Electromagnetic Theory II
• PHYS507Quantum Mechanics I
• PHYS508Quantum Mechanics II
• PHYS510Selected Topics in Mathematical Physics
• PHYS513Gravitation and Cosmology I
• PHYS514Gravitation and Cosmology II
• PHYS515Group Representations
• PHYS516Theory of Spinors
• PHYS517Nonlinear Evolution Equations and Solitons
• PHYS518Simulations of Many-Particle Systems
• PHYS523Molecular Physics I
• PHYS526Plasma Physics
• PHYS527Optoelectronics
• PHYS531Solid State Theory I
• PHYS532Solid State Theory II
• PHYS533Theory of Many-Particle Systems I
• PHYS535Fundamentals of Silicon Technology I
• PHYS536Fundamentals of Silicon Technology II
• PHYS537Magnetic Properties of Solids I
• PHYS539Optical Properties of Semiconductors
• PHYS540Sel.topics in High Energy Phys.
• PHYS541Quantum Field Theory I
• PHYS542Quantum Field Theory II
• PHYS543Advanced Particle Physics
• PHYS545Particle Physics I
• PHYS546Particle Physics II
• PHYS547Techniques of High Energy Physics
• PHYS548Supersymmetry and Supergravity
• PHYS549Geometry of Gauge Fields
• PHYS551Nuclear Physics I
• PHYS552Nuclear Physics II
• PHYS5555International Student Practice
• PHYS557Introduction to Nanoscience and Nanotechnology
• PHYS558Special Topics in Th.phys.i
• PHYS561Magnetohydrodynamics
• PHYS562Plasma Physics
• PHYS563Solar and Planetary Plasma Physics
• PHYS564Fundamentals of Fusion Plasma Systems
• PHYS569Applications of Plasma Physics
• PHYS573Physics of Solar Energy
• PHYS577X-Ray Diffraction and Ultrasonics I
• PHYS578X-Ray Diffraction and Ultrasonics II
• PHYS580Selected Topics in Physics I
• PHYS583Neutrino Physics
• PHYS584Introduction to Scanning Probe Microscopy (Spm)
• PHYS585Computational Methods in Plasma Physics
• PHYS586Introduction to Nanooptics
• PHYS591Seminar in Physics
• PHYS599Research Methods and Ethical Issues in Physics
• PHYS600Ph.d. Thesis
• PHYS691Seminar in Physics II
• PHYS701Special Topics in Physics
• PHYS704Phenomenology of Quarks and Leptons
• PHYS705Stellar Oscillations&stability Problems
• PHYS710Quantum Computation
• PHYS715Particle Data Analysis in High Energy Physics
• PHYS716Magnetic Confinement Devices of Plasma
• PHYS718Computational Techniques in Physics
• PHYS719Silicon Based Large Area Electronics I
• PHYS722Silicon Based Large Area Elect. II
• PHYS723Nonlinear Evolution Equations and Solitons
• PHYS724Advanced High Energy Astrophysics
• PHYS725Fundamentals of Inter.and Thin Film Ana
• PHYS726Opt.proper.of Semin.heteroj.and Nanoc.
• PHYS728Electromagnetic Waves and Electro-Optics
• PHYS730Higgs Boson Theory and Phenomenology
• PHYS735Introduction to Nanoscience and Nanotechnology
• PHYS736Effective Field Theories in Hep
• PHYS737Topics in Quantum Information Theory
• PHYS738Optical System Design
• PHYS741Computational Materials Science I
• PHYS743Computational Symmetry in Solid State
• PHYS745Spectroscopy in X-Ray and Gamma-Ray Astronomy
• PHYS749Spin Resonance
• PHYS750Modified Theories of Gravity
• PHYS751Introduction to Nanooptics
• PHYS752Photonics Light - Matter Interactions
• PHYS753Quantum Field Theories on Fuzzy Spaces
• PHYS754Quantum Optics
• PHYS755Quantum Matter and Many-Body Theory
• PHYS760Gravitational-Wave Physics and Astronomy
• PHYS771Fundamentals of Plasma Diagnostics
• PHYS777Bootstrap Methods in Theoretical Physics I
• PHYS778Bootstrap Methods in Theoretical Physics II
• PHYS779Early-Universe Cosmology
• PHYS799Orientation Graduate Seminars