 Dr Aaron K Neufeld
Aaron works at BlueScope Steel. His interests include mainly solid state electrochemistry, chemically modified semiconductor electrodes, and understanding the interface between electrodes and thin solid films of materials with electroactive properties. In conjunction with many electrochemical experiments, his work has also employed both in situ and ex situ microscopy and microanalysis of the electrode surface including use of techniques such as: scanning probe microscopy, synchrotron based x-ray microanalysis, electron microscopy and vibrational micro-spectroscopy. |
| |  Dr. Adrian C. Fisher
Dr. Adrian C Fisher is at the Department of Chemical Engineering, University of Cambridge and has a website. His research unites a range of interdisciplinary technologies including; microfabrication, fluid dynamics, numerical simulations, spectroscopic analysis and electrochemical methodology. These technologies are employed to design, manufacture and apply microscale reactor systems for the development of the next generation of (bio)chemical sensors. |
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 Dr. Lisa Martin
Dr. Lisa Martin's research interests relate to defining the role of redox proteins with biological and medicinal applications. Initially, a coordination chemist using biomimetic complexes for structure-function studies of metalloproteins and later using direct electrochemistry and biophysical techniques with redox active proteins. We have recent developed a novel method for protein immobilisation providing highly oriented monolayers suitable for nano-structures or biosensor applications. Our approach is cross-disciplinary and the group has been actively involved with molecular biology, biochemistry, synthetic, analytical and surface chemistry and more recently Scanning Probe Microscopy. This multi-disciplinary approach to our science enables us to approach research problems in a holistic way and positions us well to compete nationally and internationally in both basic and applied research in Biological & Medicinal Chemistry. |
| |  Dr Tia Keyes
Dr Tia Keyes Lectures in Physical Chemistry at Dublin City University, Dublin, Ireland. Dr Keyes research interests lie in the development and study of new inorganic supramolecular materials. The study of photochemistry and spectroscopy of novel materials, in particular, electronic, Raman, and time-resolved spectroscopies applied to the study of Electron and Energy Transfers in inorganic donor-acceptor systems, electrochromic materials and heterogeneous assemblies. |
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 Prof. Tony Wedd
Prof. Tony Wedd is from the School of Chemistry at the University of Melbourne. His research focuses on poly-oxo anion chemistry and bio-inorganic chemistry. |
| |  Prof. Rene Boere Professor Rene Boere is a visiting academic from the University of Lethbridge. His research group investigate coordination chemistry of imides, amidines, biguanidines and related nitrogen ligands with super-bulky substituents. |
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 Prof. Neil Connelly
Professor Neil Connelly from Bristol University in the UK, recently visited the Bond group to work with Dr Conor Hogan. His research group investigates the synthetic and structural consequences of electron transfer in transition metal organometallic and co-ordination complexes. |
| |  Prof. Stephen Feldberg
Brookhaven National Laboratory, USA. Interests: measurement of fast hetergeneous electron transfer; computer modeling of electrochemical responses. Co-creator of the DigiSim® voltammetry simulation software package. Frequent visitor to Australia and enjoys fishing. |
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 Dr Wee Tee Tan From the Universiti Putra Malaysia, Dr. Tan is an associate professor in the Department of Chemistry. He is an Honorary Research Fellow, visiting the group to work on solution phase of polyoxometalate ions and solid state voltammetry of TTF/TCNQ salts, using microelectrodes. |
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 Dr Adam Mechler
Adam works at La Trobe University and has research interests in the imaging and characterization of the statics and dynamics of biologically relevant nanostructures such as proteins and biological membranes, with a special emphasis on morphological studies by atomic force microscopy. Visit his website. |
| |  Dr David Gavaghan
Dr. David Gavaghan was a visiting academic (from Oxford) in the Bond lab from October 1999 to June 2000. His contribution involves the mathematical Simulation of chemical and biological phenomena. Visit Dr. Gavaghan's home page in England. |
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 Prof. Keith Oldham
From Trent University, Canada, Professor Oldham is a very frequent visitor to Australia. My research interests are drawn from the fields of electrochemistry, applied mathematics, and environmental issues, focussing on the electrochemical applications of mathematical and computational techniques. In particular, studies in this laboratory seek to devise new methods for studying the transport and chemical processes that occur at electrodes and in their vicinity. As well, we seek new ways of extracting useful parameters from the results of electrochemical experiments. Our tools are chemical experimentation, mathematical analysis and computer simulation. |
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| |  Prof. Fraser Armstrong
Professor Fraser Armstrong is at Inorganic Chemistry Laboratory, Oxford University. His research interests are in biological redox chemistry, in particular the application of dynamic electrochemical techniques in studies of complex electron-transfer and catalytic reactions in proteins, and most recently the mechanisms and exploitation of biological hydrogen cycling. Visit his group's home page for more information. |
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 Dr Tadaharu Ueda
Dr. Tadaharu Ueda is working at Faculty of Science, Kochi University, Japan. His research group investigates on synthesis and characterization, especially electrochemical aspects of novel polyoxometalates and metal-salen complexes. |
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| |  Dr Anna Brajter-Toth
From the University of Florida, Dr. Anna Toth is an associate professor in the Department of Chemistry. Her research interests are on the development of biosensors exploiting novel materials and nanotechnology for key bioanalytical applications. |
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Prof. Richard Compton
