Graduate course offerings

ASTR 501 - Stellar Interiors and Evolution
ASTR 561 - Student Seminar (MSc)
ASTR 661 - Student Seminar (PhD)

PHYS 500A - Quantum Mechanics I
PHYS 502A - Classical Electrodynamics
PHYS 507A - Solid State Physics I
PHYS 515 - Data Analysis Techniques
PHYS 534 - Radiotherapy Physics I
PHYS 540 - Medical Imaging
PHYS 545 - Anatomy and Physiology for the Medical Physicist
PHYS 550 - Topics in Condensed Matter Physics
PHYS 560 - Colloquium
PHYS 561 - Research Skills
PHYS 599 - MSc Thesis
PHYS 662 - Research Seminar
PHYS 693 - PhD Candidacy Examination
PHYS 699 - PhD Dissertation

ASTR 507 - Stellar Archaeology
ASTR 511 - Advanced Topics: Astronomy
ASTR 561 - Student Seminar (MSc)
ASTR 661 - Student Seminar (PhD)

PHYS 522 - Topics in Accelerator Physics
PHYS 535 - Radiotherapy Physics II
PHYS 539 - Radiation Dosimetry
PHYS 544 - Topics in Radiation Biophysics
PHYS 555 - Physics & Astronomy Advanced Computing
PHYS 560 - Colloquium
PHYS 599 - MSc Thesis
PHYS 662 - Research Seminar
PHYS 693 - PhD Candidacy Examinations
PHYS 699 - PhD Dissertation

Directed Studies courses (ASTR 580, PHYS 580) may also be available for more specialized graduate topics. Students are advised to discuss this with their supervisor(s).

Recent PHYS/ASTR 580 topics are listed below for reference:

Introduction to Planetary Photometry
Topics in Fluid Mechanics
Planet Formation in Protoplanetary Disks 
Topics in Elementary Particle Physics
Star-Formation in the Radio Regime
Planet-Disk Interactions: Density Wave Theory
Magnetic Materials: Fundamentals and Applications
Optical Modelling
Big Bang Nucleosynthesis
Dynamical Modeling of Planet-Disk Systems
Introductory Plasma Physics
Topics in Cosmology
Studies of Stellar Populations & Galaxy Formation
Nuclear astrophysics simulation tools and methods
Topics in Quantum Field Theory
Fundamentals of Radio Interferometry 
Quantum Optics and AMO Physics
Selected Topics in Accelerator Physics
Introduction to SRF
Entanglement renormalization