Hosted by Victoria University of Wellington, the workshop attracted almost 40 attendees from Japan, the United States (US) and the University to promote better research connections between VUW researchers and their counterparts at Kyoto University, and with other closely-aligned research organisations in Japan.
A research collaboration between Wellington Faculty of Engineering’s Robinson Research Institute and UNSW Canberra Space will accelerate the adoption of novel technology for use in satellites.
Six New Zealand research projects have received NZ$ 500,000 each from the Ministry of Business, Innovation and Employment’s competitive Catalyst: Strategic Space fund.
Massachusetts Institute of Technology’s Dr Joseph V Minervini and Victoria University of Wellington's Dr Nick Long take a close look at nuclear fusion and what it might have to do with New Zealand
Victoria University of Wellington will host a lecture by Dr Joseph Minervini, a global expert on superconductivity from Massachusetts Institute of Technology.
Justin Brooks (Gus) was awarded the prestigious Best Poster title out of over 800 posters, presented by leading Scientists at the International Conference on Magnet Technology.
The Google Doodle commemorates the birth in 1938 of Bill Robinson, the kiwi scientist who invented the rubber ‘shock absorbers’ that provide some seismic insulation for large buildings, notably under Te Papa in Wellington.
Dr Chris Bumby, a Senior Scientist in the University's Robinson Research Institute, is leading a trans-Tasman multi-institution team that has received nearly $6.5 million for a five-year Research Programme project to develop new chemical processes to eliminate carbon dioxide emissions during the industrial production of critical metals-iron, steel and vanadium.
As we mark the fiftieth anniversary of man landing on the moon Dr Nick Long reflects on what that's meant for New Zealand and considers the space 'gold rush' ahead.
Newly promoted MacDiarmid Insititute Principal Investigators Jenny Malmström (University of Auckland) and Simon Granville (Robinson Research Institute, Victoria University of Wellington) are collaborating on an ambitious project to build a new generation of computing devices from the bottom up, with self-assembled magnetic nanoparticles.
Your computer takes time to boot up from cold because the hundreds of billions of transistors it contains are all busy asking the CPU what state they were in when the computer was shut down. Robinson Research Institute Senior Scientist Dr Simon Granville has received National Science Challenge funding to develop a proof of concept transistor made from special magnetic materials to make computing much more energy-efficient.
Technology being developed by a Kiwi researcher could pave the way toward brain-scanning systems able to be worn on our heads.
Wellington researcher Ben Parkinson has received a boost from KiwiNet to help commercialise his game-changing compact superconducting magnets for smaller, next-generation, magnetic resonance imaging (MRI) systems.
New Zealand scientists are creating a device which could help power aeroplanes using super-conducting magnets.
Whether you’re mining bitcoin or Googling yourself, you’re creating a lot of heat somewhere. Robinson Research Institute Senior Scientist Dr Simon Granville is part of a group of New Zealand scientists who have found a way to take the heat off data centres.
New Zealand scientists are creating a device which could help power aeroplanes using super-conducting magnets.
A world changing hybrid-electric jet engine motor could be the result of the latest round of Government funding for science projects. As part of this year's investment found, 29 million dollars from MBIE has been awarded to Victoria University projects, including six point three million for the jet plane project.
Development of technology to help build the world's first hybrid-electric passenger jet plane is among Victoria University of Wellington projects to receive nearly $29 million in the Ministry of Business, Innovation and Employment's 2017 Endeavour Fund.
A team of Wellington scientists is hoping to use their technology to help build the world's first hybrid-electric jet plane.
Further cementing Victoria University of Wellington’s reputation for innovation, three of its researchers were recently awarded $25,000 each from KiwiNet’s Emerging Innovator Fund.
A team of Victoria University of Wellington researchers is hoping to use their technology to help build the world's first hybrid-electric jet plane.
A memorandum of understanding with Beijing Jiaotong University is already reaping rewards for Victoria, including access to some of the highest echelons of the Chinese Government.
A Memorandum of Understanding has been signed between Victoria University of Wellington and the Chinese Academy of Sciences, which represents a large group of research, tertiary and supporting institutes in China.
Associate Professor Nick Long has been appointed as the new Director of Victoria University’s Robinson Research Institute.
Victoria University of Wellington researchers have received 26 prestigious Marsden Fund grants worth $14.3 million, the largest number ever received by the University and more than 22 percent of the total funding awarded in 2016.
Dr Mike Staines, Senior Scientist with the Robinson Research Institute, is leading a project that includes researchers from Callaghan Innovation and will receive $1 million over three years to develop technology that would slash the cost of manufacturing sensors for ultrasound imaging while at the same time improving performance through enhanced image quality.
Victoria University of Wellington researchers have received $255,000 in seed funding to develop new magnetic resonance imaging (MRI) contrast agents for early detection of cancer and other diseases.
The heavy energy use of Beijing’s subway system could be nearly halved, thanks to high-temperature superconducting technology.
Research from Victoria University of Wellington’s Robinson Research Institute as part of a new multi-million-dollar joint venture deal will underpin ground-breaking technology that could see the heavy energy use of Beijing’s subway system cut by forty percent.
Victoria University scientists will be progressing cutting-edge research in high-value areas after winning significant funding in the 2015 Ministry of Business, Innovation and Employment funding round.
A pop-up MRI or magnetic resonance imaging machine that could be transported in a shipping container has been designed by the Robinson Research Institute.
An collaboration led by Victoria University scientists shows high temperature superconducting (HTS) power transformers can significantly reduce energy loss.
Named the ‘MRI Ambulance’, the design places a Magnetic Resonance Imaging (MRI) scanner within a refrigerated shipping container which can be transported on the back of a flatbed truck.
Materials engineer Dr Ruth Knibbe uses a scanning electron microscope (SEM) to image her own samples and samples for other scientists. Unlike a light microscope, an SEM uses a focused beam of electrons to produce images from the top surface of a sample.
Victoria University of Wellington researchers have received 25 prestigious Marsden Fund grants worth $12.1 million, the largest number ever received by the University.
The Robinson Research Institute has signed a strategic partnership agreement with NASDAQ-listed Superconductor Technologies Inc. (STI) which will see the Institute’s innovative technology used for new applications in the energy and health industries.
The Robinson Research Institute’s close relationships with business partners exemplify the entrepreneurial approach being taken at Victoria University.
Two Callaghan Innovation research teams will join Victoria University of Wellington early in the new year under a transfer agreement between the two organisations.