Professor Grant Ritchie
John and Patricia Danby Fellow & Tutor in Chemistry
Professor of Chemistry
Head of Physical & Theoretical Chemistry
Education
MA DPhil (Oxford)
Grant Ritchie is a professor of Chemistry and Head of the Physical and Theoretical Chemistry (PTC) section in Oxford Chemistry. Prior to taking up the latter role he was Director of Graduate studies for 5 years (2015–2020). He leads a group that develops innovative techniques for trace gas detection with applications ranging from fundamental studies of gas phase chemical dynamics to plasma medicine and breath analysis. Part of his research involves translation of these methods into the real world and he works in close collaboration with scientists and engineers in both academic and industrial laboratories, and with physiologists and clinicians both internal and external to the University.
Grant was appointed to a lectureship in physical chemistry at the University of Oxford in 2006 alongside a tutorial fellowship at Worcester College. Prior to that date he had held several prestigious fellowships: a Ramsay Memorial Research Fellowship (2000–2003), a Junior Research Fellowship at St. John’s College (2000–2004), and a Royal Society University Research Fellowship (2000–2009). He obtained his BA and DPhil from Trinity College Oxford, the latter supervised by Gus Hancock in the area of chemical reaction dynamics. He is currently a member of the NERC peer review college and has authored the text books Atmospheric Chemistry – From the Surface to the Stratosphere (Wiley 2017) and Foundations of Physics for Chemists (OUP 2000).
Grant’s research concerns laser spectroscopy and its use in analytical chemistry and in studies of gas phase kinetics and dynamics. The research is characterised by novel technique and instrument development which not only allows innovative studies of chemical kinetics, dynamics and photon science, but that can also be translated into the real world. Particular areas of interest are healthcare and medicine, plasmas diagnostics and atmospheric chemistry.