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Annual Report 2007 - The Australian Nanotechnology Network

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(3) Most importantly, based on the research outcomes gained through the<br />

Fellowship, I submitted an ARC postdoctoral fellowship application in March.<br />

5. Significant outcomes from the visiting research<br />

One chapter in my PhD thesis is based on the work at Cambridge<br />

One high-impact journal paper which is in preparation<br />

One seminar which was presented at the Department of Chemical<br />

Engineering, University of Cambridge in <strong>2007</strong><br />

One fully refereed proceeding paper which is reviewed through ICONN 2008<br />

organising committee and will be published by the IEEE press<br />

Three conference presentations, which were presented at the 58th ISE<br />

annual meeting (Banff, Canada, <strong>2007</strong>), CNT@Cambridge <strong>2007</strong> (Cambridge,<br />

United Kingdom, <strong>2007</strong>) and ICONN 2008 (Melbourne, Australia, 2008).<br />

One ARC <strong>Australian</strong> Postdoctoral Fellowship application which was<br />

submitted in March, 2008<br />

<strong>The</strong> financial support I received included the ARCNN Overseas Travel Fellowship, the ARNAM<br />

Student Scholarships for Collaborative Research Support, the Flinders University Overseas<br />

Traveling Fellowship <strong>2007</strong> and the Roger Pysden Memorial Fellowship <strong>2007</strong>. <strong>The</strong> awarded<br />

fellowships almost balanced all of my expenses in the UK.<br />

Mr Tor Kit Goh (Melbourne Uni) – visit to Nagoya University, Japan<br />

Tor Kit is a post grad student and his area of interest is <strong>Nanotechnology</strong>, polymer chemistry,<br />

living radical polymerization (ATRP), conventional free-radical polymerization, macromolecular<br />

architecture, nanocomposites, and rheology and polymer dynamics<br />

Purpose of visit: Molecular-level control of polymerizing processes for the development of<br />

important nanotechnologies<br />

To obtain knowledge on a new polymerization technique (stereospecific living radical<br />

polymerization (SLRP)) that allows facile synthesis of polymers with specific tacticity. To<br />

investigate the nano-scale interactions of these polymers that lead to self-assembly, helix<br />

formation via stereocomplexation, recognition of protein and polymer motifs, recognition of<br />

chiral molecules, and other important processes.<br />

His application was supported by his supervisor Assoc Prof Greg Ziao and by Professor Masami<br />

Kamugaito from Nagoya University.<br />

At the time of writing this report Mr Tor Kit Goh is visiting Nagoya University.<br />

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