credits:
• PHYS 330 Experimental Physics II (3.00) • PHYS 345 Advanced Classical Mechanics (3.00) • PHYS 355 Electronics (3.00) • PHYS 459 Condensed Matter Physics I (3.00) • PHYS 468 Condensed Matter Physics II (3.00) • PHYS 478 Quantum Mechanics II (3.00) • PHYS 497 Specialization Research Project (3.00)
credits chosen from:
• PHYS 370 Nonlinear Dynamics/Chaos/Fractals (3.00) • PHYS 436 Methods of Theoretical Physics III (3.00) • PHYS 440 Computational Methods in Physics with Python (3.00) • PHYS 443 Quantitative Human Systems Physiology (3.00) • PHYS 445 Principles of Medical Imaging (3.00) • PHYS 458 Advanced Electrodynamics (3.00) • PHYS 498 Advanced Topics in Physics (3.00)
• BIOL 266 Cell Biology (3.00) • PHYS 260 Introductory Biophysics (3.00) • PHYS 330 Experimental Physics II (3.00) • PHYS 460 Chemical Aspects of Biophysics (3.00) • PHYS 497 Specialization Research Project (3.00)
• CHEM 235 Physical Chemistry II: Kinetics of Chemical Reactions (3.00) • CHEM 271 Biochemistry I (3.00) • CHEM 431 Computational Chemistry for Chemists and Biochemists (3.00) • PHYS 345 Advanced Classical Mechanics (3.00) • PHYS 370 Nonlinear Dynamics/Chaos/Fractals (3.00) • PHYS 440 Computational Methods in Physics with Python (3.00) • PHYS 445 Principles of Medical Imaging (3.00) • PHYS 459 Condensed Matter Physics I (3.00) • PHYS 461 Membrane Biophysics (3.00) • PHYS 462 Bioenergetics (3.00) • PHYS 463 Optical Spectroscopy with Biophysics Applications (3.00) • PHYS 468 Condensed Matter Physics II (3.00)
• BIOL 261 Molecular and General Genetics (3.00) • BIOL 340 Plant Biology (3.00) • BIOL 367 Molecular Biology (3.00) • BIOL 371 Microbiology (3.00) • PHYS 443 Quantitative Human Systems Physiology (3.00)
© Concordia University
Concordia University uses technical, analytical, marketing and preference cookies. These are necessary for our site to function properly and to create the best possible online experience.