Foundations of quantum mechanics, atomic structure, and modern physics concepts.
About this course
PHYS 3540 introduces the fundamental concepts of quantum mechanics, moving beyond classical physics to explore the behaviour of matter and energy at the atomic scale. You will study the historical development of quantum theory, the mathematical framework of wave functions, and the physical implications of the uncertainty principle. The course places a strong emphasis on practical problem-solving, preparing you to apply quantum models to real-world scientific and engineering challenges.
Who takes this course
This course is an elective open to students in all programs who have completed their first-year physics requirements. It is particularly valuable for students in Electrical Engineering Technology, Mechanical Engineering Technology, and Chemical Process Technology who wish to deepen their understanding of material properties and electronic systems.
Credits: 3 · Hours: 45
Prerequisites
- PHYS 1720 Electric Circuits I
- PHYS 1550 Thermodynamics for Health
- MATH 2740 Statistics for Health Care
Learning outcomes
- Apply the principles of wave-particle duality to solve problems involving atomic and subatomic particles.
- Calculate energy levels and transition probabilities for hydrogen-like atoms using the Schrödinger equation.
- Analyze the behavior of electrons in potential wells and barriers to understand quantum tunneling effects.
- Evaluate the role of quantum numbers and selection rules in determining atomic spectra and chemical bonding properties.
Evaluation
| Component | Weight (%) |
| Mid-term examination | 30 |
| Laboratory reports | 20 |
| Problem sets | 20 |
| Final examination | 30 |