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Annual Report 2007 - The Australian Nanotechnology Network

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Cntre’s Executive Research Director, Professor Gordon Wallace; with key Centre<br />

Rsearchers also presenting their latest results on topics such as nanostructured<br />

(extremely minute) electronic devices; optimising material properties to enhance cell<br />

growth for bionics, nanocompositematerials for use in lithium rechargeable batteries and<br />

artificial photosynthesis using nanostructured materials for light harvesting.<br />

A key focus for symposium organisers was to highlight the research and impact of young<br />

researchers in the area, achieved through inclusion of a Fellows session in the oral<br />

program, and extensive poster sessions for post-graduate students and post-doctoral<br />

fellows. <strong>The</strong> oral program was well received, with highly talented and dynamic ACES<br />

Fellows presenting their research work on topics ranging from new techniques for<br />

producing nanostructured materials, and their inclusion into devices for electronics &<br />

energy applications. <strong>The</strong> poster sessions provided the opportunity to cover a vast range<br />

of topics with two evening sessions facilitating networking and in-depth discussion<br />

amongst delegates.<br />

Poster prizes sponsored by the <strong>Australian</strong> Research Council <strong>Nanotechnology</strong> <strong>Network</strong> were<br />

hard earned, with 2 of a short-listed 5 entries receiving a certificate and cash prize after<br />

defending the poster during the session and subsequently presenting an oral snap-shot of<br />

their poster in a time limit 90 seconds to the entire conference.<br />

<strong>The</strong> judging panel was comprised of 3 judges, from research institutions outside Australia<br />

that were attending the conference. Award winners were presented with a certificate by<br />

the CEO of the <strong>Australian</strong> Research Council Professor Ian MacKinnon:<br />

Ms Brianna Thompson, IPRI, UoW ($300) – Release of neurotrophic factor from a<br />

conducting polymer enhances nerve growth<br />

Ms Chonlada Dechakiatkrai, IPRI, UoW ($200) – <strong>The</strong> growth of carbon nanotubes on TiO2<br />

film<br />

Delegates were saddened to learn of Nobel Laureate, Professor Alan MacDiarmid’s passing<br />

during the symposium, with various tributes to his impact on electromaterials science<br />

added into the program.<br />

Outcomes of the training workshop:<br />

ACES conducted a day long workshop program with a specific focus on the training of<br />

young researchers within the Centre. <strong>The</strong> workshops were attended by 30 - 40 students<br />

and staff. Training was carried out by a team of eminent researchers who are<br />

international experts in their field – the program and topics are contained within Schedule<br />

1.<br />

<strong>The</strong>re is a continuing need for advances in electromaterials science in order to improve<br />

performance in areas as diverse as electrorefining to nanobionics. <strong>The</strong> need to do this in a<br />

multidisciplinary environment was emphasized. <strong>The</strong> workshop was fortunate to draw on<br />

the expertise of two “international gurus” in the area of Electromaterials Science. Prof.<br />

Frank Walsh (University of Southampton, UK) and Prof. Dennis Tallman (North Dakota<br />

State University, USA) highlighted the fundamental principles necessary to design new<br />

electromaterials. Large scale applications (e.g. corrosion) and the challenges that arise<br />

were discussed. <strong>The</strong> issues confronting optimisation of fuel cell and redox battery<br />

performance were also discussed. Prof. Tallman discussed the use of state of the art<br />

electrochemical mapping (LEIS and SVRET) techniques in helping elucidate factors<br />

determining the electrochemical performance in such areas. Overall participants gained<br />

an understanding of some practical challenges in electromaterials development. <strong>The</strong>y also<br />

were shown through case studies how fundamental theories can/should be used to tackle<br />

these challenges. Finally the participants were exposed to state of the art electrochemical<br />

probes that can be used in new materials development and characterisation. Prof. Peter<br />

Innis (UoW) complemented Prof. Tallman’s presentation reviewing the electrochemical<br />

81

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