Developing high-resolution fluorescence microscopy techniques to study confined and nanoscale rheology Type Project Understanding the structure of gel networks is critical for optimising their performance when developing novel functional materials and to u... Application deadline | Monday 21 February 2022 | Funded
Mapping the nanoscale organisation of cellular proteins across complex topographies Type Project Super-resolution fluorescence microscopy techniques make it possible to visualise nanoscale structures in cells, by going beyond the capabil... Application deadline | Ongoing | Non-funded
Structure and control of DNA origami Type Project DNA origami is a burgeoning sub-field of bionanotechnology that uses rational design of short DNA molecules to self-assemble or fold a longe... Application deadline | Ongoing | Competition funded
Novel functional nanomaterials synthesised via self-assembly of molecular arrays Type Project This inter-disciplinary project, based across the Schools of Physics and Chemistry at the University of Leeds, aims to exploit the nano stru... Application deadline | Ongoing | Non-funded
