Quantum Mechanics

Full course description

This course addresses some advanced concepts in Quantum Mechanics and builds on the introductory course PHY2005 Quantum Theory. The course is organized around the following topics: quantum tunneling, approximation methods such as the variational principle and time (in)dependent perturbation theory, state transitions, basics of quantum entanglement and quantum computing. Each of these subjects is taught on a theoretical level as lecture, and on a practical level with exercises.

Course objectives

To deepen and broaden the understanding of the theoretical and practical principles of Quantum Mechanics;
To use this knowledge to study, model, and understand quantum phenomena in real physical systems;
To serve as basis for future students who want to specialise in these topics;
To be able to apply this knowledge to practical problems;
To be able to read scientific texts that build on the subjects of this course.

Prerequisites

PHY2005

Recommended

MAT2006
MAT2004

Co-requisites

None

Quantum Theory

Quantum Mechanics