Computational Physics, MPhys (Hons)

The Computational Physics degree programme exemplifies the global interplay between physics and high-performance computing. With theoretical problems growing too complex for mathematics alone, computer simulations have become essential for understanding intricate phenomena, such as turbulence, nuclear reactors and weapons, and climate change. Computational physicists currently lead these areas, and emerging trends indicate their methods will increasingly influence fields like financial markets, genomics, and disease control.This programme suits students interested in computing, modelling, and simulation, offering studies in programming, algorithms, and problem-solving methodologies. It provides a robust foundation in physics and mathematics, along with practical skills for developing programs to simulate natural systems. Students benefit from extensive hands-on experience and access to the University's advanced computing resources.