Oct
18

MI Investigators successful in MBIE Endeavour Round 2016 & Smart Ideas

12 of our Investigators were successful in MBIE 2016 Endeavour Round.

MacDiarmid Investigators are involved in both ‘Smart Ideas’ and ‘Research Programmes’. 

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May
16

MacDiarmid Institute Refunded: Thank you and congratulations

With the news that we have been successful in gaining funding through to the end of 2020 I get to be a bit self-indulgent this week and focus on thanking people for their participation and support during the past year or so as we developed the strategy for the bid. Many people have played very […]

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Dec
06

The Bid is Gone – YAY – let the doing begin!

Eight months of living and breathing the MacDiarmid Institute Centre of Research Excellence funding proposal to come down to a click of the mouse. Where were the trumpets, the marching band, the ticker tape parade?! Shouldn’t such a momentous occasion be marked with an explosion of lights and fanfare rather than the soft snoring sound […]

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Oct
17

3 Investigators Made RSNZ Fellows

The three Principal Investigators, with ties to four of our seven partner institutes, are currently or have previously been members of our Science Executive, and all make a significant contribution to the leadership and direction of the MacDiarmid Institute. Professor Shaun Hendy – Industrial Research Limited, Victoria University of Wellington Professor Juliet Gerrard – University […]

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Identifying new design parameters for organic semiconductors using spectroscopy and computational chemistry (Hodgkiss, Gordon)

Our goal is to elucidate the molecular underpinnings of effective solar cell materials. We employ Raman spectroscopy coupled with computational chemistry to interrogate the electronic structure and optical behaviour of sensitizers for dye-sensitised solar cells. We are developing new ways to probe the dynamics and mechanism of photocurrent generation in polymer solar cells using sensitive ultrafast optical spectroscopy.   Our […]

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Nov
29

Time Resolved Raman Experiment

About the Equipment: The set up includes two lasers, which deliver short pulses of intense light to a sample. The first is used to push the material into its excited state and the second to analyse its structure and properties. The time lapse between the two pulses can be adjusted to probe different points during […]

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