Exciting opportunity! Join the University of Nottingham for a Fully funded PhD Studentship in Fundamental Studies into Single Atom Catalysts. Gain advanced skills in X-ray spectroscopy, ultra-high vacuum systems, and structural analysis while contributing to world-class research.

Eligibility is open to applicants with a strong academic background in chemistry, physics, or related fields. Candidates should be curious, motivated, and interested in atomic-scale research, with optional experience in spectroscopy, vacuum systems, or programming.

The University of Nottingham is a leading UK research institution known for its strong academic excellence, innovative teaching, and global outlook. With a vibrant campus community and state-of-the-art facilities, the university fosters groundbreaking research across science, engineering, medicine, and the humanities. Its commitment to interdisciplinary collaboration and real-world impact has positioned it among the world’s top universities, attracting talented students and researchers from around the globe.

Application Deadline: 31 December 2025

Brief Description

• University or Organization: University of Nottingham

• Department: School of Chemistry

• Course Level: PhD (Doctoral Research Studentship)

• Award: Fully funded studentship with enhanced stipend (+£2000/year above UKRI minimum)

• Access Mode: Online application and email-based communication

• Number of Awards: One

• Nationality: Domestic and international

• The award can be taken in: United Kingdom (Diamond Light Source, Oxfordshire / University of Nottingham)

Eligibility

• Eligible Countries: All countries are eligible to apply.

• Acceptable Course or Subjects: The scholarship will be awarded for PhD research in Chemistry, Physics, Materials Science, or related disciplines offered by the University of Nottingham.

• Admissible Criteria: To be eligible, applicants must:
  • Hold a strong academic background in chemistry, physics, or a related subject.
  • Demonstrate interest in fundamental research and atomic-scale studies.
  • Show willingness to work extensively at Diamond Light Source (up to two years).
  • Possess (optionally) practical experience with ultra-high vacuum systems, XPS, synchrotron methods, or scientific programming (not essential).
  • Be able to start by July 2026 (earlier start dates possible).

How to Apply

Interested candidates should email [email protected]

To introduce themselves, express their interest, and discuss suitability for the project. Further application instructions, discussions about the project, and queries will be provided directly by Dr. David Duncan.

Benefits

• Full PhD funding covering tuition fees and stipend
• Enhanced stipend: £2000/year above UKRI minimum, supporting Oxfordshire cost of living
• Extensive hands-on training at Diamond Light Source, the UK’s premier synchrotron facility
• Skill development in:
– Synchrotron light techniques
– X-ray photoelectron spectroscopy
– X-ray absorption and structural determination methods
– Ultra-high vacuum instrumentation
– Data processing and scientific programming
– Scientific communication, project management, leadership
• Opportunity to collaborate with top UK institutions (Warwick, Nottingham, QMUL, Diamond Light Source)
• Engagement with international research groups using the synchrotron facility

Apply Now