OPTI345

040480

This course will introduce students to the ideas and methods of quantum theory by building on their knowledge of waves from optics, and developing the tools needed for working with light and matter. After describing the underpinnings of quantum mechanics some key examples will be worked out in detail including the quantum harmonic oscillator. The quantum theory of atomic structure will next be developed in detail to expose the student to some key techniques and notions for understanding atoms. Finally, the interaction between light and matter is explored along with some basic paradigms for understanding optical physics, including Rabi oscillations, spontaneous emission, and the quantum theory of light.

GRD - Regular Grades A, B, C, D, E

Undergraduate

015063

Students must have advanced to at least their junior year and passed all Fall exams with at least B grades in OPTI240 (341 effective Fall 2019).