Physics 3MM3: Quantum Mechanics I
Quantum physics in 1D and 3D systems, with applications including the hydrogen atom. [3 units]
Physics 3HC1: Advanced Laboratory (I)
Experiments in atomic physics, neutron physics, optics, spectroscopy, mechanics. As part of this course students will become familiar with computing for instrument interfacing, data visualization and data analysis. [1 unit]
Physics 3DA1: Inquiry in Physics (I)
Independent study of the scientific literature, including the preparation of seminars and reports on assigned topics. [1 unit]
Physics 3D03 A/B: Inquiry in Physics
Independent study of the scientific literature, including the preparation of seminars and reports on assigned topics. [3 units]
Physics 2X00: From Classical Physics Into the Quantum World
An enrichment course focusing on the connections between classical and quantum physics. This course is evaluated on a Pass/Fail basis. [0 units]
Physics 2G03: Scientific Computing
A hands-on introduction to modern scientific structured programming using standard C/C++ under Linux. Assumes no prior programming experience. Students develop a programming project on a research topic of their choosing (e.g. living populations, disease simulation, dynamics, economics). The course covers programming fundamentals, floating point and number representation and introduces algorithms and numerical methods. Class discussions include topics such as scripting, web content, objects/classes, graphics and parallel programming, according to student interest. Students are required to have a laptop for in-class work. [3 units]
Physics 2BB3: Electricity and Magnetism II
Differential form of Maxwells equations, A.C. circuits. [3 units]
Physics 2B03: Electricity and Magnetism I
Electric and magnetic fields, electric potential, Maxwell’s equations, D.C. circuits. [3 units]
Physics 1X00: Special Topics in 1st Year Physics
This course is a zero-credit enrichment course for 1st year physics. In it we push some of the topics met in the 1st year curriculum a bit further, making connections to wider physics themes. It is also possible to discuss science topics of general interest should these arise. [0 units]
Physics 1CC3: Modern Physics for the Chemical and Physical Sciences
This course is the continuation of PHYSICS 1C03. Topics include simple harmonic motion, waves, interference, electrostatics, magnetostatics and an introduction to quantum physics.
Physics 1C03: Physics for the Chemical and Physical Sciences
A first course in university physics intended for physics and chemistry students, or students in any other discipline who have an appropriate secondary school background. This course is a comprehensive treatment of linear and rotational mechanics – kinematics, dynamics, and the relevant conservation laws. [3 units]
Physics 1AA3: Introduction to Modern Physics
A course presenting aspects of modern physics relevant to life sciences. Electromagnetic fields. Atomic, quantum, and nuclear physics. Applications to imaging and understanding biological systems. [3 units]
Physics 1A03: Introductory Physics
A first course in university physics, taught using examples and applications from many areas of science. Topics include the concepts of force and energy, mechanics, waves and fluids. [3 units]
MEDPHYS 4B03: Radioactivity and Radiation Interactions
Radioactivity and radiation phenomenology: interaction of radiations with matter, dosimetry, radiation in medicine, biological effects, radiation levels and regulations, radiation protection. [3 units]
MEDPHYS 3C03: Operational Health Physics – Laboratory & Communication
Six practical Health Physics operational exercises are undertaken. These include survey instruments, surveys of radiation fields, contamination surveys, air sampling for radioactivity, radiation dosimetry and radiological incident response. Each topic is introduced, followed by laboratory work and then students report on their findings. [3 units]
BIOPHYS 4S03: Introduction to Molecular Biophysics
A presentation of recent contributions made to the fields of molecular and cell biology by the use of physical approaches. In particular, the following topics are discussed: physical properties of biomolecules, protein folding, molecular motors, cell motion and cell adhesion. Emphasis on the critical evaluation of current research literature. [3 units]
BIOPHYS 3S03: Soft Condensed Matter Physics
Soft materials include polymers, liquid crystals, surfactants and colloids. The course will cover structure, dynamics, phase transitions and self-assembly, and discuss applications and links to the life sciences. [3 units]
BIOPHYS 2S03: Explorations in Medical and Biological Physics
An inquiry based presentation of selected current topics in medical and biological physics including central concepts of organic chemistry. As part of this course students will work in small groups and carry out several short projects involving a literature review, experimental or computational research. [3 units]
BIOPHYS 2A03: Biophysics of the Cell and Living Organisms
Some of the most exciting breakthroughs in science are made at the interface between disciplines. Biology and physics are no different. Topics may include: elements of bioelectromagnetism, basic circuits, capacitance, impedance and potentials of cells and membranes. Waves for sound and vision, diffraction, refraction, scattering. Intracellular motion and transport: diffusion, permeability, Fick’s Law and electrophoresis. Phases and equilibria: energy landscapes, protein folding, Boltzmann distribution. [3 units]
BIOPHYS 1S03: Biophysics of Movement and the Senses – From Microbes to Moose
A conceptual course, based on and requiring Grade 12 Physics. Applications to biological systems exploring the interdisciplinary field of biophysics. Topics include: Sound, Hearing and Echolocation, Optics of Vision, Animal Locomotion, Thermal Motion of Molecules, Heat and Heat Flow in biological systems, Fluid Dynamics. Intended for students in Life Science Gateway, Chemical and Physical Sciences Gateway, and those interested in physical aspects of biology. [3 units]
