Organic electronics/spintronics

We employ a bottom-up approach to the understanding and rational design of organic materials from nanoscale/molecular building blocks. We are particularly interested in: i) design of tunable 2D covalent organic frameworks (COFs) using persistent radical molecules, (ii) semiconductor molecular materials for use in organic spintronic/electronic applications (e.g. flexible thin film electronics). The former research primarily employs predictive modelling (aimed at inspiring new experiments), whereas the latter studies involve  direct collaboration with experimental groups.

Selected articles