Fully funded PhD studentship: Fundamental studies into single atom catalysts

PhD Studentship Opportunity: Unlocking the Secrets of Single Atom Catalysts

This fully funded PhD studentship offers a unique and exciting opportunity for aspiring researchers to delve into the cutting edge of catalysis science. Based at the prestigious Diamond Light Source in Oxfordshire, a world-leading synchrotron facility, and the University of Nottingham, this project promises an immersive and impactful research experience.

At its core, this research addresses a fundamental challenge in catalysis: understanding and controlling chemical reactions at the atomic level. You will focus on single atom catalysts anchored on defective graphene substrates, a highly relevant and innovative approach to modeling real-world catalytic systems. This project is part of an established collaboration, providing a strong foundation for your work and access to a network of leading institutions.

Key Advantages for Your Career Path:

• Access to State-of-the-Art Facilities: Spend a significant portion of your PhD at Diamond Light Source, utilizing advanced equipment and synchrotron light for unparalleled atomic-scale analysis. This hands-on experience with cutting-edge technology is invaluable.
• Develop Highly Sought-After Skills: The project offers comprehensive training in a range of critical scientific techniques, including:
  • Synchrotron light utilization
  • X-ray photoelectron spectroscopy (XPS)
  • Structural determination techniques (e.g., X-ray standing waves)
  • X-ray absorption spectroscopy
  • Ultra-high vacuum (UHV) apparatus operation
  • Data processing and scientific programming
  These technical skills are highly transferable and in demand across both academic and industrial sectors.
• Gain Broad Professional Development: Beyond technical expertise, you will cultivate essential soft skills crucial for career success. This includes scientific communication, project management, collaborative working, mentoring, and leadership.
• Contribute to a Vital Field: Catalysis is fundamental to numerous industries, from consumer goods manufacturing to food production. Your research will contribute to developing more efficient and sustainable chemical processes.
• Enhanced Stipend: Recognizing the cost of living in Oxfordshire, this studentship offers an enhanced stipend, providing greater financial support throughout your studies.
• Collaborative Research Environment: You will have the opportunity to interact with and potentially collaborate with a diverse range of international research groups visiting Diamond Light Source, broadening your scientific horizons and networking opportunities.

Key Considerations for Potential Candidates:

• Academic Background: A strong foundation in Chemistry, Physics, or a closely related scientific discipline is essential.
• Curiosity and Problem-Solving: This role is ideal for individuals with an innate curiosity about the "how" and "why" of scientific phenomena and a passion for unraveling complex problems.
• Practical Experience (Bonus, Not Essential): While not a prerequisite, prior practical experience with high or ultra-high vacuum systems, X-ray photoelectron spectroscopy, or scientific programming would be advantageous. The project provides ample opportunity to develop these skills.
• Commitment to Research: A PhD is a significant undertaking. Candidates should be prepared for dedicated research, data analysis, and scientific writing.
• Flexibility in Start Date: While the target start date is July 2026, there is potential for an earlier commencement if preferred by the successful candidate, offering flexibility to align with your career planning.

This PhD studentship represents an exceptional launchpad for a career in advanced materials science, catalysis research, or any field requiring sophisticated analytical techniques and a deep understanding of chemical processes. If you are a motivated and inquisitive individual seeking to make a tangible impact in a scientifically rich environment, we encourage you to explore this exciting opportunity further.