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Virtual materials - Annual Report 2018

Our researchers use computers to reproduce conditions unachievable in a lab, such as the magnetic forces inside a white dwarf star.

Modified: 30/05/2019, 7:24 am

Created: 8/04/2019, 12:47 am
/news-and-events/news/annual-reports-pages/virtual-materials-annual-report-2018/

Searching for high temperature superconductors

Superconductors already have various applications (electromagnets, digital circuits, particle detectors) but would be even more useful if they operated at higher temperatures.

Modified: 16/06/2019, 1:19 pm

Created: 22/03/2017, 12:00 am
/news-and-events/news/in-the-media/searching-high-tc-superconductors/

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/

2D materials for an energy-hungry world

The heat coming off your laptop or mobile phone represents a huge loss of electrical energy. A loss an energy-hungry, climate- challenged world can ill afford.

Modified: 11/06/2020, 5:01 pm

Created: 17/04/2020, 3:17 pm
/news-and-events/news/annual-reports-pages/moire-patterns-annual-report-2019/

Co-Directors' Report - Annual Report 2019

A major focus for the MacDiarmid Institute in 2019 was building the proposal for our next eight years of CoRE funding.

Modified: 25/05/2020, 9:37 am

Created: 17/04/2020, 12:28 pm
/news-and-events/news/annual-reports-pages/co-directors-report-annual-report-2019/

Catalysts for positive change - Annual Report 2023

Our researchers are on the hunt to find new materials and technologies that can help reduce greenhouse gases.

Modified: 24/06/2024, 10:58 am

Created: 12/04/2024, 10:14 pm
/news-and-events/news/annual-reports-pages/catalysts-for-positive-change-annual-report-2023/

Towards Low Energy Tech - Hardware for Future Computing

The data centres worldwide that support our digital lifestyles use almost ten times as much electricity per year as the whole of NZ. We are developing computing materials that process information more like a brain, and that use far less energy than conventional electronics.

Modified: 28/08/2025, 11:43 am

Created: 12/06/2021, 5:34 am
/our-research/future-computing-towards-low-energy-tech/

Career and Relevant-to-Industry Skills Programme (CRISP) - Annual Report 2023

Preparing our graduates for careers after their time as postgraduate students is one of the key drivers for CRISP.

Modified: 5/06/2024, 7:08 am

Created: 15/04/2024, 12:02 am
/news-and-events/news/annual-reports-pages/career-and-relevant-to-industry-skills-programme-crisp-annual-report-2023/

Future directions

The development of resources to help startups navigate regulatory issues is motivated by a pressing need for science-based startups to understand the regulatory space (and regulators to understand the science-based startup space). This page collates ideas from respondents for new resources that might generate interest from MacDiarmid Institute founders and help shape future projects.

Modified: 3/06/2025, 8:32 pm

Created: 18/04/2025, 6:38 pm
/what-we-do/into-the-marketplace/regulatory-navigation-a-starter-pack-for-researchers/future-directions/

About this work

This resource is designed to complement and build upon the existing commercialisation ecosystem at the MacDiarmid Institute. It brings together real-world examples of regulation-related challenges faced by local startups, emphasising to MacDiarmid Institute researchers the importance of regulatory planning when scaling up from the lab to the market.

Modified: 15/07/2025, 11:48 am

Created: 18/04/2025, 6:48 pm
/what-we-do/into-the-marketplace/regulatory-navigation-a-starter-pack-for-researchers/about-this-work/

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