Course summary

Explore key topics at the cutting edge of modern astrophysics and develop the practical skills used by professional astrophysicists. Course description Our MSc Astrophysics course explores the formation and evolution of stars, galaxies and the universe itself. Our one-year Astrophysics MSc is designed to equip you with the experience required for a successful career. You’ll develop the advanced knowledge and experience needed to pursue a career in research, either at a top university or a research facility. You’ll also master the problem-solving and analysis skills that employers value in a variety of sectors, spanning computing, data science and engineering. Whether you want to advance your understanding of the topics you found most interesting during your undergraduate studies or gain the skills needed to achieve your goals, you’ll be able to focus on the topics that are most important to you through a range of optional modules. You’ll have the opportunity to advance your understanding of topics such as particle physics, dark matter, quantum mechanics and astrobiology. One of the biggest parts of your degree is a year-long research project. You’ll investigate an important issue or problem in astrophysics of your choice, under the supervision of an active researcher who is an expert in your chosen area. You’ll review research literature, design and conduct research using qualitative and quantitative research techniques, and handle and analyse data. You’ll also gain experience communicating your findings verbally and in writing. Examples of recent research projects include:

• Sources of hard ionizing photons in Local Group galaxies

• Ultraviolet spectroscopic analysis of starburst clusters from CLUES survey

• N-body simulations of star-star encounters

• Anthropic limits on the IMF

• Eclipse Lightcurves of Cataclysmic Variables

• Simulating the lives of interacting binaries

• Chemically peculiar stars

• Shielding protoplanetary discs from destruction

• Hunting for signs of stable mass transfer in white dwarf binaries

• Measuring the Rømer delay in a white dwarf binary system

• The importance of neutral outflows in active galactic nuclei

• What drives the outflows in active galactic nuclei?

• Searching for Exocomets using high-resolution spectroscopy