My group is currently researching inorganic and ceramic thin films and nanomaterials for a range of applications including industrial seperations, optoelectronics and spintronics, thermoelectric and photovoltaic power generation, and nanosensors for biological systems. We typically design low temperature bottom up syntheses utilising molecular precursors that allow exquisite control of the chemical composition of materials, thus allowing us to tailor them toward the specific application that we require. We also use various top down processing techniques such as liquid phase exfoliation of layered crystals to produce 2-dimensional inorganic semiconductors which are complementary to graphene. The use of solution phase pathways toward nanomaterials also allows us to take advantage of additive manufacturing processes to assemble these materials into larger macroscopic structures which may have emergent properties. The group collaborates internationally with a range of chemists, physicists and biologists to achieve these goals.