PhD in Crystallisation and Directed Assembly

University of Leeds

We focus on the application of assembly-based approaches for the generation of new functional materials. A fundamental feature of many natural forms of matter is that they display highly organized structures. These materials are often generated by the self-assembly of smaller sub-units, where the chemistry and geometry of these constituents dictate how they interact and then assemble. In this way, nature can construct complex materials with remarkable properties that go far beyond those achievable with small molecules. Our research takes inspiration from these processes. We are investigating the cross-length-scale mechanisms that drive the assembly and formation of complex forms of matter from the molecular scale interactions to mesoscale structuring that together determine the material’s macroscopic properties. Harnessing this knowledge, we are then able to design and build novel structures/materials, with tailor-made properties, for wide-ranging applications including catalytic materials, drug therapies, electronic components, sensors, energy storage or batteries.