This module aims to introduce students to the fundamental principles and applications of photonics physics and quantum optics. It covers essential concepts such as the nature of light, laser physics, light-matter interactions, and the quantum properties of light. By completing this module, students will develop a comprehensive understanding of how quantum optics and photonics play pivotal roles in modern technologies such as laser systems, quantum communication, and photonic computing. This foundation will prepare students for advanced studies and research in optical physics and quantum information science.
A. Describe the fundamental properties of light and optical waves. B. Analyze wave propagation in free space and guided media. C. Explain laser operation principles and coherence properties. D. Apply basic quantum mechanics concepts to optical systems. E. Describe quantum states of light and their experimental realization.
Students will attend 3 hours of lectures and 1 hour of tutorials per week. Lectures will focus on delivering theoretical knowledge, while tutorials will provide problem-solving sessions and discussions on real-world applications. Students are expected to dedicate additional time to independent study, including reading assigned chapters from the mandatory textbook and supplementary materials. Assessment of student progress will be conducted through: Continuous assessment (e.g., homework assignments and quizzes) to evaluate understanding and application of concepts. A written examination at the end of the semester to assess overall mastery of the module content.