Research

How do structures such as vesicles,
viral capsids and cells form?

Micron-scale particles, which are designed with functional shapes and surface patterning.

Long molecules with functions
from transferring genetic information to displays.

Micro-patterned and soft surfaces with relevance to friction, lubrication, waterproofing and de-icing.

Copying and understanding nature
to design efficient micro-machines.

Theory of elastic surfaces, imaging grain boundary dynamics, and applications to batteries and engine oil.

From modelling ion transport across biological membranes to designer membranes for fuel-cell applications.

Using physical techniques and modelling to understand life processes.