The MAGNIFY project aims to revolutionize analytical capabilities by significantly improving NMR's ability to analyse materials. While parahydrogen has been highly successful in enhancing NMR signals through processes like Signal Amplification by Reversible Exchange (SABRE), its inherent reactivity limits broader application. We are developing a groundbreaking approach: the "magnetization battery."
You will join our team at the forefront of NMR enhancement, where we're creating stable materials designed to store hyperpolarisation from parahydrogen, much like a battery stores charge. This programme uniquely links advanced NMR theory with innovative sample handling instrumentation to enable optimal magnetisation transfer between species. The successful candidates will thrive as part of a collaborative team, assisting with the supervision of other researchers in the group.
Apply NowDeadline 30 July
United Kingdom Academic Chemistry On-site Postdoc University of York