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Funding successes - Annual Report 2019

Funding successes for our investigators and their research programmes during 2019. This funding enables our researchers and collaborators to continue their breakthrough research in advanced materials and nanotechnology.

Modified: 27/05/2020, 10:21 pm

Created: 26/05/2020, 6:06 pm
/news-and-events/news/annual-reports-pages/funding-successes-annual-report-2019/

FLEET collaboration - Annual Report 2019

A new trans-Tasman collaboration is laying the groundwork for a low-energy computing revolution.

Modified: 17/04/2020, 3:16 pm

Created: 13/03/2020, 9:07 am
/news-and-events/news/annual-reports-pages/2019-fleet-collaboration/

When physics meets biochemistry - Annual Report 2018

Could bio-inspired self-assembled magnetic structures make computers more efficient?

Modified: 30/05/2019, 7:14 am

Created: 8/04/2019, 12:51 am
/news-and-events/news/annual-reports-pages/when-physics-meets-biochemistry-annual-report-2018/

New Principal Investigators - Annual Report 2018

An overview of the research interests of each of our eight new Principal Investigators.

Modified: 16/03/2022, 3:39 pm

Created: 8/04/2019, 12:41 am
/news-and-events/news/annual-reports-pages/new-principal-investigators-annual-report-2018/

2018 funding successes - Annual Report 2018

Funding successes for our investigators and their research programmes during 2018. This funding enables our researchers and collaborators to continue their breakthrough research in advanced materials and nanotechnology.

Modified: 16/03/2022, 4:05 pm

Created: 8/04/2019, 12:37 am
/news-and-events/news/annual-reports-pages/2018-funding-successes-annual-report-2018/

Dr Simon Granville

Simon is an experimental materials physicist and NZ expert in thin film magnetic materials. His field is spin-electronics, or spintronics, where he investigates the advanced magnetic materials needed to bring about a future generation of energy-efficient, ultra-high-speed and high-performance computer memory and logic that uses the magnetism, or “spin”, of electrons. He also co-leads a research programme that utilises spintronics for quantum computing technologies.

Modified: 8/09/2025, 11:24 am

Created: 25/02/2019, 4:58 am
our-people/principal-investigators/show/dr-simon-granville/

MacDiarmid researchers successful in latest MBIE round

The MacDiarmid Institute is pleased to share the following successes from MacDiarmid researchers in this year’s MBIE Endeavour fund round.

Modified: 16/06/2019, 1:29 pm

Created: 14/09/2018, 12:00 am
/news-and-events/news/news-articles/macdiarmid-mbie-successes/

New Principal Investigators

The MacDiarmid Institute proudly welcomes eight new principal investigators.

Modified: 16/03/2022, 3:53 pm

Created: 27/08/2018, 12:00 am
/news-and-events/news/news-articles/new-principal-investigators-2018/

How to cool down your data

Whether you’re mining bitcoin or Googling yourself, you’re creating a lot of heat somewhere.

Modified: 28/09/2021, 3:08 pm

Created: 19/07/2018, 3:01 pm
/news-and-events/news/in-the-media/how-to-cool-down-your-data/

Stuart Wimbush: From materials to systems

Commercialising high temperature superconductors is what the 25 scientists and engineers at the Robinson Research Institute (RRI) do best. Formerly part of IRL, and called the Superconductivity and Energy Team, the RRI is now part of Victoria University of Wellington.

Modified: 16/06/2019, 1:06 pm

Created: 13/07/2015, 12:00 am
/news-and-events/news/interface-magazine-archive/stuart-wimbush-from-materials-to-systems/

Simon Granville - harnessing eddy currents

Dr Simon Granville is developing magnetic sensors to detect eddy currents, giving crucial clues to the integrity of key infrastructure.

Modified: 21/05/2019, 6:53 am

Created: 23/02/2015, 12:00 am
/news-and-events/videos/simon-granville-harnessing-eddy-currents/

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