I am thrilled to share that starting October 2026, I will join Downing College at the University of Cambridge as a Mays Wild Research Fellow. Becoming a full fellow at one of Cambridge's beautiful colleges is a big honour. This stipendiary fellowship will enable me to not only continue my work on the emerging field of iontronic neuromorphic computing, but also to expand into novel topics and engage in new academic collaborations. This announcement comes near the end of my Ph

In our most recent publication in Faraday Discussions we simulate a simple fluidic reservoir computing network and show that its power efficiency could potentially offer an improvement of multiple orders of magnitude in power efficiency when analysing time series inputs in real-time. The dynamics of iontronic devices align well with reservoir computing frameworks and intrinsically feature natural timescales, making them interesting candidates for real-time analysis of tempora

Reservoir computing (RC) is a proven method for processing temporal data and has drawn more recent attention as a suitable framework for...