PHY 4030U – Topics in Contemporary Physics

This course introduces students to several important developments that have occurred in physics beyond the classical era. It deals with quantum properties of matter and covers three main topics: atomic and molecular physics; solid state physics; and quantum optics and lasers. A quantum mechanical description is used to interpret the properties of multielectron atoms, the concepts of atomic orbitals and the Zeeman, Stark and Auger effects. The course addresses the fundamental properties of the solid state, including crystal structure and its role in formation of the electron bands, and associated dynamical, structural, electrical and optical phenomena as well as their interplay (e.g. thermoelectric and piezoetric effects). Finally, the field of quantum optics, lasers and their interaction with various materials is explored, including very recent advances in laser cooling, photonic bandgap systems and quantum computing.
Credit hours: 3
Lecture hours: 3
Prerequisite(s): PHY 3010U, PHY 3020U, PHY 3040U