Master of Physics (Honours) (MPhys) - Computational Physics (F355)

The close relationship between physics and high performance computing worldwide is exemplified in the Computational Physics degree course. The course focuses on the interconnectedness of physics and computing, highlighting the necessity of computer simulation in solving complex theoretical problems that cannot be addressed solely through mathematics.

As the complexity of theoretical problems continues to increase, experimentation has become more challenging and costly. Consequently, computer simulation has emerged as the most practical approach to comprehending intricate phenomena such as turbulence, nuclear reactors and weapons, and climate change. Computational physicists have already established their dominance in these areas. Looking ahead, based on current recruitment trends, the methods of Computational Physics are expected to extend their influence to other fields, including financial markets, genomics, and disease control.

This physics-based program caters to students who possess an interest in computing, modelling, and simulation. Throughout the course, students will delve into subjects such as programming, algorithms, and problem-solving methodologies, equipping them with the necessary skills to excel in this interdisciplinary field.