University of Lancaster

What you'll study

A PhD in Physics at Lancaster is a research-focused programme in which you will undertake an original research project under the supervision of one or more academic staff. Research themes at Lancaster span condensed matter and materials physics, nanoscience and nanotechnology, photonics and optics, quantum materials and devices, soft matter and biological physics, and theoretical and computational physics. Projects may be experimental, computational or theoretical, and often involve interdisciplinary collaboration with chemistry, engineering or biological sciences.

The structure typically begins with an initial period of literature review, skills training and project planning, followed by concentrated research and experimentation or simulation. You will undertake specialist training modules and transferable-skills courses provided by the doctoral college, present progress at group seminars, and prepare papers for publication. Most students have a confirmation/upgrading assessment in the first year to formally proceed to PhD candidature, and a final examination (thesis submission and viva voce) at the end of their programme.

Facilities supporting physics research at Lancaster include laboratories for optics and photonics, cryogenics, materials characterisation, electronics and nanofabrication, plus shared analytical services and computing resources. Many projects combine laboratory work with numerical modelling and data analysis.

Entry requirements

Applicants should normally hold a strong honours degree (first class or high upper second-class) in physics or a closely related subject. A relevant master's degree (such as an MSc or MRes) or equivalent research experience is frequently expected or advantageous, particularly for theoretically demanding or experimental programmes requiring prior laboratory training.

Applications require a clear research proposal or indication of research interests, a CV, academic transcripts and at least two academic references. Candidates will normally be interviewed by prospective supervisors. International applicants must demonstrate proficiency in English to the level required by the university.

Career prospects

Graduates from Lancaster's Physics PhD go on to a wide range of careers. Many continue in academic research and postdoctoral positions, or secure roles in national and international research institutes. Others move into industry R&D in sectors such as semiconductors, photonics, materials, renewable energy and advanced manufacturing. The analytical, computational and project-management skills developed during the PhD are also valued in data science, software development, consulting, finance, science policy and patenting.

Teaching opportunities and professional development provided during the doctorate can prepare candidates for academic careers, while collaborative projects and industrial partnerships help build networks for non-academic employment.

Why study at University of Lancaster

Lancaster provides a research-intensive environment with a strong tradition in condensed matter, photonics and nanoscience, and an emphasis on interdisciplinary collaboration across departments. Students benefit from close supervision in relatively small research groups, access to well-equipped laboratories and central analytical facilities, and enterprise and industry links that support translational research and placements.

The university's doctoral college offers structured training in research methods and transferable skills, a programme of seminars and peer networks, and dedicated support for career development and fellowship applications. These features, combined with opportunities for collaboration with external research partners, make Lancaster a supportive place to complete a physics PhD.