Institute Senior Scientist James Storey contributes to a podcast on efficient aviation. (Note there is an error with his affliation which should be Victoria University of Wellington.)
James Rice is a PhD student researching superconducting power supplies for fusion energy applications at the Robinson Research Institute at Victoria University of Wellington. He gives us his scientific take on Ironman's Arc Reactor.
Cloud computing is everywhere, creating a growing demand for the convenience of 24/7 secure, remote data storage and processing. But this technology comes at an increasing cost in energy demand. A team based at Victoria University of Wellington’s Robinson Research Institute and the School of Chemical and Physical Sciences has just received support from the Marsden Fund Te Pūtea Rangahau a Marsden to develop a solution for this problem.
Dr Zhenan Jiang, a Principal Scientist at the Robinson Research Institute, has been presented the Scott Medal by Royal Society Te Apārangi for global leadership in measuring and modelling the response of superconductors, leading to cost-effective superconducting machines. Congratulations Zhenan!
Fusion energy—which promises to revolutionise energy production worldwide—is the focus of a panel discussion on the final day of COP26 in Glasgow, with an international panel inviting world leaders to look towards a fusion-powered future. It's also the focus of research by PhD student James Rice, whose work at Robinson Research Institute is being part-funded by the UK’s Atomic Energy Authority.
Congratulations to Simon Granville who was awarded a Marsden Grant, Magnetism without angular momentum; High speed low power cryogenic memory, in this year's round.
Our Deputy Director Professor Rod Badcock comments on the electrification of aircraft as part of coverage of the first electric flight across Cook Strait.
New Zealand researchers lead by Robinson Research Institute have teamed up with Air New Zealand and Wellington UniVentures to create technology that will make zero-emission electric passenger aircraft a reality.
Dr Jamal Olatunji is a Research Engineer at Robinson Research Institute, researching the applications of superconducting magnets and machines for use in space.
This article reports key findings from the design stage of an ongoing project to develop a high-temperature superconductor (HTS) traction transformer for the Chinese Fuxing high-speed trains. The project is led by Beijing Jiaotong University and includes manufacturing partners for the Fuxing train as well as the Robinson Research Institute, Victoria University of Wellington, which has extensive experience in HTS transformer development.
EVolocity is an engineering programme where secondary school students design, build, and compete in electric vehicles. Innovation is encouraged as students strive to make their vehicle the fastest with the least drag, and able to cope with the demands of a tight street circuit. More info on EVolocity: https://evolocity.co.nz/
Degrees in engineering can lead to exciting research opportunities at Paihau - Robinson Research Institute
Two `Smart Ideas' projects led by Dr Shen Chong from the Robinson Research Institute have been funded in this year's contestible funding round.
Anwarul Sifat, a Research Engineer at Robinson Research Institute is working with the team at Wellington UniVentures to develop a non-contact magnetic sensor-based scheme, that can recognise the non-linear patterns of system fault signals across the eletricity distribution network.
In July, Robinson Research Institute hosted its second Tech Bootcamp for Year 12-13 Māori and Pasifika students, in conjuction with our partners at Ferrier Institute, Victoria University Faculties of Engineering and Science, Callaghan Innovation and GNS Science. The Bootcamps aim to inspire young people to pursue a career in science and engineering. For more information contact rri‑postgrad@vuw.ac.nz
Researchers at Robinson Research Institute have demonstrated how hydrogen can be used instead of coal during the steelmaking process, potentially eliminating carbon dioxide emissions from New Zealand’s steel industry.
Institute staff members Shen Chong and James Storey took part in planting 2400 native trees during the first of the University's 'Growing our future' planting days
Wireless charging stations set in the pavement for vehicles to park over are closer than you think, for both cars and heavy transport vehicles.
Local MP Ginny Andersen makes a visit to see the technologies being produced in the Institute.
The Prime Minister's Chief Science Advisor Professor Dame Juliet Gerrard makes a visit to the Institute.
Dr Chris Bumby is part of a team working on how to eliminate carbon dioxide emissions from steel-making.
The Robinson Research Institute’s work with superconductor engineering and electronics will shape the transport of the future.
Some very ‘cool’ things going on at the Wellington & Manawatu combined launch this evening! Thanks to Robinson Research Institute for hosting :)
Posted by EVolocity on Sunday, April 11, 2021
Last week Dr Chris Bumby, Principal Scientist with both the MacDiardmid Institute, and Victoria University's Robinson Institute gave us his scientific take on Shipstone from the novel 'Friday' by Robert Heinlein In the second half of that discussion, Bryan asks Chris, how much power might we be able to store in a battery?
Dr. Chris Bumby, Principal Scientist at Victoria University of Wellington's Robinson Institute; and Associate Investigator at the MacDiarmid Institute gives us his scientific take on Shipstone from the novel 'Friday' by Robert Heinlein.
Director of the Robinson Research Institute Dr Nick Long explains how his teams' expertise in electromagnetic technologies is taking them to space.