This core third year physics course develops the theoretical aspects of physics in the areas of classical mechanics, quantum mechanics, and special relativity.  It emphasizes the methods and skills required for solving complex, realistic problems in theoretical physics.

The least action formulation of classical mechanics is developed and related to quantum mechanics.  Quantum mechanics focuses on: approximate methods, symmetries, and angular momentum. Special relativity is developed using a geometrical approach, leading to a relativistic treatment of electromagnetism. This course is required for the theoretical physics major, and is recommended for those intending to do the honours year in physics.

Honours Pathway Option

Students taking this option will complete an assignment comprising 15% of the total assessment. This replaces that portion of the exam weighting.

On satisfying the requirements for this course students will:

1. Have an advanced understanding of classical mechanics, quantum mechanics and special relativity.
2. Understand the relationships between these different areas of physics.
3. Be able to apply these principles to the solution of problems, including complex problems.
4. Have good computational skills and be able to apply them to solving problems.

Assessment consists of:

• Homework assignments (36%; LO 1-4)
• Projects (20%; LO 1-4)
• Exam (44%; LO 1-3)

Three lectures and one tutorial per week

PHYS2013 and 2016 are required. In addition, it is expected that students will have successfully completed PHYS2017 and 2020. However, students taking a combined program who have not studied all of these courses should consult with the Academic Contact to determine whether their prior studies in physics are sufficient.