Welcome to my research pages! I am a lecturer at the newly re-opened Department of Chemistry at Lancaster University, developing a research programme in Supramolecular Chemistry.
My primary research interests are in the investigation of Host-Guest Recognition and Self-Assembly. I am looking to build upon the knowledge and expertise I have gained through the study of interlocked molecules and chiral lanthanide complexes, to prepare molecules, complexes or supramolecular assemblies that may act as ever more useful receptors for a variety of ionic and molecular guests.
Further information on my current and past research may be found on these pages, so feel free to explore. “Latest News” may be found below, as well as on Twitter @Supra_Evans, along with some (supramolecular chemistry) views.
Dr Nick Evans
September 2017: Charlie returns from spending three months away in Japan on the JSPS Summer Programme. Nick assists with the audio-visuals at the RSC Co-ordination and Organometallic Chemistry Discussion Group Meeting held at Lancaster University. At the end of the month, Nick is awarded a pump prime award from the Supporting Synthesis and Self-Assembly event he attended in July to support a project working with Will Unsworth (University of York).
July 2017: In Cambridge, Nick presents a poster and flash presentation at the combined International Symposium on Macrocyclic and Supramolecular Chemistry and ISACS: Challenges in Organic Materials and Supramolecular Chemistry meetings.
June 2017: Nick attends Supporting Synthesis and Self-Assembly (an event for early career researchers run by the EPSRC Dial-a-Molecule and Directed Assembly networks) in Liverpool, presenting a poster and flash presentation.
April 2017: Charlie presents a talk at the SCI Northern Region Postgraduate Symposium on Novel Organic Chemistry in Newcastle.
March 2017: Results from Beth’s BSc project have been published in a paper in Organic and Biomolecular Chemistry – the rapid synthesis of rotaxanes containing axles with a single amide hydrogen bond templating motif (along with some computational modelling from our collaborator Dr Michael Peach).
See the News Archive for older news items.