12 of our Investigators were successful in MBIE 2016 Endeavour Round.
MacDiarmid Investigators are involved in both ‘Smart Ideas’ and ‘Research Programmes’.
New Zealand hosted a major event in the technology investment world this month, with the Asian Business Angels Forum 2015 taking place in Queenstown (October 14-16). The forum drew over 150 angel investors from around the world. A centrepiece was ‘Pitch on a Peak’ – a showcase of NZ tech investment opportunities ranging from early […]
We’ve had another big year. We welcomed two new Deputy Directors Profs David Williams (UoA) and Alison Downard (UoC) (Shaun Hendy stepping down at the end of last year and Simon Brown at mid year). We also welcomed six new Principal Investigators (Natalie Plank (VUW), Cather Simpson (UoA), John Kennedy (GNS), Duncan McGillivray (UoA), Bernd […]
In the spirit of traditional condensed matter physics, this Objective focuses on understanding how the macroscopic properties of soft materials emerge from the chemical composition of, and the interactions between, the molecular components. We study the organisation of proteins into higher order assemblies, building on our successful manufacture of protein nanotubes (fibrils) from readily available […]
Congratulations to the following MacDiarmid Institute Investigators named on awarded MSI grants, in no particular order: New Cathodes, $964,050 over 2 years: Simon Hall (Lead Scientist, MU) Magnetic Devices, $3.9 m over 4 years: John Kennedy (Co-Lead Scientist, GNS) and Simon Granville (IRL) [Grant co-lead with Nick Long, IRL] Laser Micromachining, $7.8 m over […]
Organising protein fibrils (nanotubes) into higher order assemblies (Gerrard, Downard, Williams(D), Travas-Sejdic, Blaikie)
With collaborators in other Theme areas (particularly Themes 1 and 5), we will develop methods for organizing the fibrils into higher order structures and will explore the properties of the new materials.
Our work focuses in three areas: i) Optimisation of new approaches for grafting nanoscale organic layers on conducting and non-conducting surfaces and development of methods for patterning the layers and exploiting their reactivity. The approach under study relies on the generation of radicals which attack and bind to the substrate, resulting in strong and stable […]