MSc Project - 90 credits
Creating a plan for research work with a supervisor working as part of an effective team to produce results.
Current Research Topics in Physics - 15 credits
Appreciate the frontiers of knowledge and understanding in these areas and discuss at an appropriate level some current significant results in different areas of Physics.
Star and Planet Formation - 15 credits
Stars form via the collapse of large clouds of gas and dust in the interstellar medium. Students will learn how state-of-the-art observations and theory show that the formation of stars and planets involves the interplay of two of the fundamental forces of nature: gravity and electromagnetism.
Soft Matter Physics: Liquid Crystals - 15 credits
How can something flow like a liquid yet have the anisotropic properties of a crystal? In this module, you will learn about the physics of these soft matter materials that have helped to create the internet age through their use in phone and computer displays.
Quantum Information Science and Technology - 15 credits
Students will be introduced to key concepts in information theory and familiarise themselves with the new and emerging field of quantum computing. A background in computing is not required and there are no prerequisites for this course, although an understanding of matrix algebra would be useful.
Superconductivity - 15 credits
The properties of superconductors, superconducting junctions and contacts are explained using phenomenological and fundamental theories. Undergraduate quantum mechanics, thermodynamics and electromagnetism are prerequisites. Cutting-edge research is discussed in the 2nd semester.