Emerging researchers from The University of Queensland have secured more than $10 million from the (ARC) scheme.
The 24 国产探花 projects will support Australia’s research capacity by advancing knowledge and innovation across a range of disciplines.
From the development of sustainable hydrogen storage to support Australia’s path toward net zero, to research on the impact of climate change on rural health workforces, the scheme will enable 国产探花 researchers to address significant challenges and gaps in knowledge.
国产探花 received the greatest share of funded research projects, with the ARC announcing more than $86 million to 200 early-career researchers across Australia.
国产探花 Discovery Early Career Researcher Award recipients:
- Dr Adam Bulley – advance knowledge on how people deliberate important everyday decisions.
- – investigate the role of a key messenger protein in preventing immune cell exhaustion.
- – investigate protein interactions to develop agrochemicals and pain-relieving medications.
- – examine the impact of climate change on the future of the rural health workforce.
- – investigate the genetic basis of human taste and smell perception to improve food flavours and eating behaviours.
- – develop an ultra-sensitive platform for single-cell metabolomics analysis.
- – investigate how exercise affects the generation of new nerve cells to support learning and memory in schools and workplaces.
- –investigate the impacts of environmental pollutants on the colonisation and spread of antimicrobial resistance.
- – develop machine learning capability to enable simultaneous image, sound and language comprehension, while reducing energy consumption.
- – use nanotechnology to create a highly sensitive platform for exosome and exosomal miRNA analysis.
- – investigate how the brain generates, uses and integrates sources of predictive information to develop efficient visual perception.
- – develop hydrogen-carrying combustible ice for sustainable and efficient large-scale hydrogen storage.
- – examine how digital media shapes people’s lived experience in Vietnam using ethnographic research.
- – examine misleading corporate climate pledges to implement a global platform where corporate Paris Compliance information will be shared transparently.
- – investigate the impact of artificial intelligence on the development and retention of essential skills in workers.
- – examine the properties of Dark Energy, one of the most profound mysteries of modern physics, by extracting information from the largest 3D map of the cosmos.
- – investigate the impact of tissue stiffness on the signalling mechanisms that drive formation and maintenance of blood vessels.
- – examine loneliness as a feature of domestic violence and its long-term impacts on victim survivors and service workers.
- – investigate patterns and drivers of biodiversity and ecosystem change to develop tools to improve ecosystem management, conservation decision-making and environmental mediation.
- – investigate the factors leading to the initiation and continuation of internal erosion in dams to inform control measures and risk assessments.
- – develop electrochemical carbon capture technology based on water to enhance the ability to capture cardon dioxide.
- – develop a cost-effective and emission-free methanol conversion for on-demand hydrogen production.
- – develop technology to automate water sample processing and techniques for sorting algae and insects.
- – develop technology for neutralising bauxite refinery wastes to support management strategies, carbon emissions and soil depletion.
Media: 国产探花 Communications, communications@uq.edu.au, +61 (0)429 056 139.
