This four-year MSci Hons degree combines Theoretical Physics with Mathematics, offering a robust understanding of the mathematical foundations underpinning physics. You will explore concepts like quantum mechanics and its relation to mathematical structures such as Hilbert spaces. The curriculum is designed to build a strong foundation in both disciplines, with core content in the first year covering quantum mechanics, electromagnetism, group theory, and vector calculus. As the course progresses, the focus shifts towards theoretical physics applications, including solid-state physics and advanced mathematical topics like real analysis and abstract algebra. The program also includes practical experience in state-of-the-art labs. Throughout the degree, you will engage in research and group projects, working alongside expert researchers on topics such as quantum computing simulations, disease modeling, or applying machine learning to real-world data. The final year offers Master's-level modules and a significant research project, providing an opportunity to deepen your knowledge and enhance your CV, preparing you for further research or advanced roles. Graduates develop critical transferable skills including analytical thinking, logical reasoning, communication, and digital proficiency, often showcased at events like the Physics at Lancaster Annual Conference and Exhibition (PLACE).
The four-year MSci Hons program integrates theoretical physics and mathematics. The first year covers foundational topics shared between both disciplines, including quantum mechanics, electromagnetism, group theory, and vector calculus. Subsequent years increase the focus on physics, with topics like solid-state physics, ladder operators, and variational techniques, complemented by advanced mathematics such as real analysis, linear, and abstract algebra. The degree also incorporates hands-on experimental physics experience.
Graduates of Theoretical Physics with Mathematics are well-equipped for a multi-disciplinary future, with advanced mathematical and physics skills applicable to cutting-edge technologies, climate change modeling, or economic analysis. The degree fosters transferable skills highly valued by employers.
We welcome applications from the United States of America. We may consider completed work experience. For some qualifications, you may already have received some grades, and we will take these into account. If you have a non-standard academic background, or you are a mature applicant, we may invite you to attend an interview, or ask you to submit a piece of work. If you require a Student visa to study with us, we may take into account other factors to ensure that we would be able to support your visa application, such as checking your financial documents or inviting you to an interview.
Tuition fee information for international students is not specified on the provided pages. Prospective students are advised to check specific course pages or contact the admissions team for the most up-to-date fee details.
Accredited by the Institute of Physics (IOP)
The standard entry requirement is AAA at A-level. International applicants are welcome, and the university may consider completed work experience or non-standard academic backgrounds, potentially with an interview or a submitted piece of work.
Applications for 2026 entry must be submitted through the UCAS website. You will need to complete a UCAS Hub application, including personal details, qualifications, a reference, and a personal statement. Supporting documents can be emailed to the admissions team if they cannot be uploaded directly.
The UCAS Equal Consideration Deadline for courses starting in 2026 is 14 January 2026. The final UCAS Application Deadline is 30 June 2026.
This is a four-year MSci Hons degree programme.
Graduates are well-prepared for roles in cutting-edge technologies, climate change modeling, economic analysis, and research and development, due to their advanced mathematical and physics skills.
The programme mentions 'Physics Scholarships', but specific details on how to obtain them are not provided on the source page.