Energy
The Energy research theme is a multi-disciplinary research team comprising physical, inorganic, organic and computational chemists collaborating within a vibrant research culture.
The group delivers high quality research from fundamental studies to real-world applications. Their research is driven by the depletion of conventional energy resources and the pressing need for sustainable alternatives and naturally has synergy with the sustainability theme and the centre for the science of materials. Working closely with physicists, mathematicians, computer scientists, materials scientists, social scientists, economists and engineers, they try to find effective solutions for complex issues in the energy sector.
The department of chemistry is part of the CDT in Hydrogen which is led at º¬Ðß²ÝÊÓƵ by Professor Wijayantha.
Professor Upal Wijayantha
Senior Lecturer in Chemistry
Areas of interest
Renewable Energy generation; Energy Storage; CO2 reduction/conversion/trapping; Material Preparation/Processing Under Microwave
Recent Publication from the Wijayantha Group:
Printed, fully metal oxide, capacitive humidity sensors using conductive indium tin oxide inks
McGhee, J, Sagu, J, Southee, D, Evans, PSA, Wijayantha-Kahagala-Gamage, U
Dr Pooja Goddard
Senior Lecturer in Chemistry
Areas of interest
Computational studies of fundamental processes in complex materials at the atomic/quantum scale
Recent Publication from the Goddard Group:
Design Parameters for Ionic Liquid–Molecular Solvent Blend Electrolytes to Enable Stable Li Metal Cycling Within Li–O2 Batteries
Neale, AR, Sharpe, R, Yeandel, SR, Yen, CH, Luzyanin, KV, Goddard, P, Petrucco, EA, Hardwick, LJ
Dr Iain Wright
Lecturer in Materials Chemistry
Areas of interest
Organic electronics; Coordination chemistry; Heterocyclic chemistry; Electrochemistry; Photophysics
Recent Publication from the Wright Group:
Homoconjugation enhances the photophysical and electrochemical properties of a new 3D intramolecular charge transfer iptycene displaying deep blue emission
Montanaro, S, Congrave, DG, Etherington, MK, Wright, I
Dr Kenny Jolly
Lecturer
Areas of interest
Atomistic and continuum computer simulation; understanding of nuclear graphite and how it responds to the high dose irradiation it receives in a nuclear reactor.
Recent Publication from the Jolley Group:
Modelling defect evolution in irradiated graphite
Y Zhou, K Jolley, R Phillips, R Smith, H Wu