Four outstanding early career researchers from The Australian National University (ANU) who are forging new ground in fields spanning tissue engineering to how we experience and communicate emotions have been recognised with ACT Young Tall Poppy Science Awards.
Dr Kiara Bruggeman, Dr Joshua Chu-Tan, Dr Bjorn Sturmberg and Dr Amy Dawel have been honoured for pushing scientific boundaries and fostering an appreciation for the sciences by communicating their work to the public.
The awards are considered an early indicator of Australia’s future scientific leaders. They highlight the excellent work of young scientists who have made significant contributions to their respective fields of science that will benefit Australia and the world.
In response to the incredible media interest in our recent paper on electric vehicles in remote Australia – with the second most media stories that the journal Australian Geographer has ever generated in it’s 94 year history – the publishers have lifted the paywall to make the full article available for free until the end of Oct.
I was part of a team of 18 independent experts (academics) who developed a comprehensive framework for decarbonising the Australian transport sector in a manner consistent with international best practice (eg shifting trips to public and active transport) and climate science to keep warming within 1.5d.
In research commissioned by ARENA and the Distributed Energy Integration Program, we’ve analysed the gaps in knowledge and current activities around the integration of electric vehicles (of all sizes) into the electricity system.
The executive summary is below and the full report is available here.
Our recently released Lessons Learnt Report for the REVS V2G project contains lots of honest reflection about working on technology innovation projects – we think many will find it an interesting read.
We are looking for a PhD scholar to work as part of a multi-party project on cooling – and thereby saving – the Great Barrier Reef.
The PhD project will contribute to the development of clean energy systems that power the equipment that increases the thickness of marine clouds above the reef. These systems may feature solar photovoltaics, wind power, bio fuels, wave power, batteries and other technologies. The project will assess the technical, economic, and social feasibility of these technologies and design systems to meet the needs of the reef cooling applications.