Nuclear Physics by Research The University of Manchester

Overview

The Nuclear Physics by Research M.Sc. at The University of Manchester provides students with a unique opportunity to explore the fundamental constituents of matter within a leading UK physics department. This programme combines a significant research project with tailored taught units to ensure a comprehensive understanding of nuclear systems. Participants work at the frontier of the field, addressing complex questions about the evolution of the universe and the interaction of nucleons.

Why Nuclear Physics by Research at The University of Manchester?

The University of Manchester maintains a long tradition of excellence in physics, supported by a research environment that is highly ranked for its quality and impact. Students benefit from the university's strong presence in multidisciplinary centres, including the Dalton Nuclear Institute and the Photon Science Institute. Furthermore, the department collaborates with prestigious international facilities such as CERN and the Argonne National Laboratory, allowing researchers to utilise state-of-the-art experimental techniques. Supervision is provided by academic leaders who offer expert guidance and pastoral support throughout the degree.

Tuition Fee Breakdown

• International fee: GBP 29400 per year
• National fee: GBP 5006 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

This M.Sc. by Research consists of 180 credits, including a 135-credit dissertation project and 45 credits of taught components. Modules may include:

• Core Chemistry
• Transfer Reactions
• Gamma-ray Spectroscopy
• Hyperfine Atomic Effects
• Research Methods
• Specialist Physics Lectures

Careers with Nuclear Physics by Research

Graduates from The University of Manchester are highly sought after by employers due to their advanced training in numerate problem-solving and experimental research. This M.Sc. serves as an ideal entry-level qualification for those wishing to pursue a PhD in physics or related disciplines. Beyond academia, career opportunities exist in diverse industrial sectors, including medical technology, security, and power production. The skills acquired during the programme prepare students for roles that require high-level analytical thinking and technical expertise in complex scientific environments.