Welcome to the Centre for Organic Photonics & Electronics

Centre for Organic Photonics & Electronics – a joint initiative between the School of Chemistry and Molecular Biosciences and the School of Physical Sciences (Physics Discipline) includes integrated programs in experimental and theoretical condensed matter physics as well as synthetic chemistry.

The Centre is affiliated with the Faculty of Science at The University of Queensland. The Centre also co-hosts the Australian National Fabrication Facility - QLD Node (ANFF-Q). 

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News

COPE researchers sweep over $1.3million in latest ARC grant round

The success of three important funding proposals by COPE researchers was announced recently by the ARC.  Dr George Vamvounis, a COPE postdoctoral research fellow, was awarded a prestigious Australian Research Fellowship for five years. Prof Ross McKenzie obtained funding from the ARC to conduct research for optimising information storage. Dr Ben Powell and Dr Lawrence (Shih-Chun) Lo won an ARC discovery grant which will enable them to conduct research into the way electrons behave in new materials.

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George Vamvounis

New publication "The supramolecular structure of melanin"

An important publication has just been published online in the journal Soft Matter, entitled "The supramolecular structure of melanin"Click here to view the article.

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$1.9 million for COPE Solar Cell Research

COPE researchers have received almost $2 million from the Queensland Government to lead an international alliance working on the next generation of solar cells.

                                                             
  

Andrew Fraser MP (State Treasurer) announces the National and International Research Alliance Program
funding for solar cell research
 

The researchers, Professor Paul Burn and Associate Professor Paul Meredith from the Centre for Organic Photonics & Electronics, focus on solar cells that have the potential for wide commercial deployment – they're plastic, portable and low-cost.

“Solar cells are widely viewed as an important pillar of the future renewable energy technology mix,” Professor Burn said.

“The objective of this research alliance is to develop innovative technologies for the next generation of solar cells, which will be based on inexpensive and environmentally friendly plastic materials.”

Associate Professor Meredith said presently the best commercially available solar cells were based on silicon and had efficiencies of about 10-20 percent.

“As a result of the cost and complexity of processing silicon, it takes five to 10 years electricity generation to pay off the initial outlay; a fact that hinders universal up-take, especially for households, in the current economic framework,” he said. 

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Researchers win UniQuest's 2009 Trailblazer Awards

Andrew Clulow and Muhsen Aljada have won prestigious Trailblazer Awards. The Trailblazer Awards, run by UniQuest Pty Ltd (www.uniquest.com.au), are recognition of cutting-edge thinking and innovations with the potential to benefit industry and the community.

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