Microbial nanowires – pi orbitals, electron hopping, and beyond
Microbial nanowires – a biological, electrically conductive fibre produced by many species of bacteria1 – are commonly used by electrogens to deliver electrons to each other […]
Microbial nanowires – a biological, electrically conductive fibre produced by many species of bacteria1 – are commonly used by electrogens to deliver electrons to each other […]
Molecular tweezers are artificial receptors designed to bind small molecules (substrates) via non-covalent forces. Using synthetic organic and supramolecular chemistry, molecular tweezers can be designed from […]
NanoCentre Postdoc Cameron Shearer has been in the news again this week for his work with PMB Defence Engineering, read more here: http://blogs.flinders.edu.au/flinders-news/2014/09/12/helping-the-collins-class-go-on-and-on-and/?utm_source=rss&utm_medium=rss&utm_campaign=helping-the-collins-class-go-on-and-on-and
NanoConnect is the Centre for NanoScale Science and Technology’s industry outreach program and is currently funded by the SA Department of State Development. On 19th August […]
Creating novel materials at scale of nano with advanced applications has been attracted by the scientists during the past two decades. Electrospinning is one straightforward method […]
Dr Daniel Tune, a Postdoctoral Researcher within the Centre for NanoScale Science and Technology, was announced as winner of the PhD Research Excellence – Physical Sciences, Mathematics […]
The development of gene and protein therapeutics has the potential to revolutionise the way we treat infectious diseases and cancer.[1] Challenges that need to be overcome […]
NanoCentre PhD student Katherine Moore‘s latest paper entitled Separation of Double-Walled Carbon Nanotubes by Size Exclusion Column Chromatography published in the journal ACS Nano has recently […]
Congratulations to Dr Daniel Tune et al on their Front Cover Image. The article is in the July issue of Physics Status Solidi A, entitled […]