12 of our Investigators were successful in MBIE 2016 Endeavour Round.
MacDiarmid Investigators are involved in both ‘Smart Ideas’ and ‘Research Programmes’.
By Associate Professor Michele Governale From the 15th to the 17th of January SCPS hosted the 6th edition of Nanocamp, a week-long science camp sponsored by The MacDiarmid Institute for students starting their last year of high school in 2014. The selection process to be admitted to Nanocamp is extremely competitive, with the best science students in the country […]
The Board and all the members of the MacDiarmid Institute were greatly saddened at the passing of Pablo Etchegoin on Monday 29 April. Pablo had battled against cancer for three years before finally succumbing. Our thoughts are with his family particularly Sofía and Julián, Pablo’s children. Pablo joined Victoria University of Wellington and became a […]
Ultra-sensitive spectroscopy – with special emphasis on single molecule Surface Enhanced Raman Scattering – will continue to grow from the recent successes in the application of the technique to reveal new aspects of the physics of isolated molecules (especially those of biological interest) on surfaces. Among recent developments, our group has demonstrated the possibility of […]
Current work is expanding on this success by investigating SERS for more complex multiple-particle nanostructure geometries. We have also expanded now into subtler aspects of single-molecule detection, like the demonstration of isotopic variations in single molecule spectra and the possibility of observing single molecules in basic geometries involving controllable enhancements. The work has been complemented […]
Optoelectronic properties of nanoscale and advanced materials (Ruck, Trodahl, Reeves, LeRu, Metson, Williams)
Several members of the rare-earth nitride series are known to be magnetic semiconductors, and we will measure their electrical conductivity and photoconductivity at room temperature and in their low-temperature magnetic phase. The results will be interpreted in terms of modern band structure calculations, and in terms of models of the crystalline defects in the materials. […]
Understanding electronic and optical properties of nanoparticles and nanostructures (Gaston, Kaiser, LeRu)
Further work will be aimed at understanding electronic transport in graphene, a new form of carbon, consisting of a single layer of carbon atoms that has many unique properties. One focus will be graphene prepared by different techniques. Finally, electronic structure calculations are used to characterise the development of metallicity in nanoscale metal clusters. This […]