PhD in Organic Chemistry: Electrosynthesis and Photochemistry at University of Bath University of Bath in United Kingdom

The University of Bath Department of Chemistry is offering a PhD opportunity focused on the project 'Radicals on Demand from Sulfonium Salt Electron Donor-Acceptor Complexes.' This research is supervised by Prof. Simon Lewis and Dr James Taylor, both experienced academics in organic chemistry. The project centers on methodology development in organic synthesis, with a particular emphasis on two cutting-edge techniques: electrosynthesis and photochemistry. Students will gain comprehensive training in practical organic synthesis, learning to apply sustainable synthesis approaches, controlled radical chemistry, and exploring diverse synthetic applications.

Key research areas include the generation and control of radicals using sulfonium salt electron donor-acceptor complexes, with applications in sustainable synthesis and advanced chemical methodology. The project is ideal for candidates interested in organic chemistry, electrosynthesis, photochemistry, and radical chemistry. The University of Bath provides a vibrant research environment and access to state-of-the-art facilities.

Applicants should hold or expect to obtain a strong undergraduate degree in Chemistry or a closely related field. Experience or interest in organic synthesis, electrosynthesis, or photochemistry is desirable, and candidates should demonstrate good laboratory skills and motivation for research. Funding details are not specified in the post; candidates are encouraged to consult the full advert on FindAPhD for information about stipend, tuition coverage, and eligibility.

The application deadline is 8th February 2025. Interested candidates should visit the FindAPhD advert for full details and submit their application via the University of Bath's portal. This opportunity is suitable for those seeking advanced training in organic chemistry and wishing to contribute to innovative research in sustainable and radical chemistry.