Tag: research

A recent study by Roy Morgan Research has revealed that 69 per cent of Australians have actively sought locally manufactured products in the past year, with an impressive 73 per cent expressing a willingness to pay more for Australian Made items as the festive season approaches.

Researchers at UNSW Sydney have pioneered eco-friendly, on-farm ammonia production, marking a transformative approach to fertiliser manufacturing with a significantly reduced carbon footprint.

Researchers have unveiled a novel technique that uses liquid metals that may potentially revolutionise the environmental impact of chemical manufacturing.

South Australia's defence research capabilities are set to receive a substantial boost through a collaboration between Flinders University and a prominent United States Navy research centre.

Researchers at the University of California, Berkeley, have developed a groundbreaking fabrication technique that allows the creation of complex 3D structures for quantum sensing particles.

Victorian agriculture researchers now have a greater capacity to explore medicinal innovations and improved food production with the opening of new facilities at the Agribio research centre at La Trobe University.

The University of Adelaide and the University of South Australia (UniSA) are joining leading universities from the US and the UK for a research collaboration that will support the AUKUS strategic alliance.

A team of agricultural and biological engineers from Penn State is working on a sustainable resin material made from agriculturally derived components, which has the potential to replace plastics currently used in large-format 3D printing for creating objects such as furniture and boats.

Researchers have introduced an experimental wearable device that harnesses power from a user's finger movements and possesses the ability to create and store memories, showing promise in the field of health monitoring and other applications.

An international research team from the University of Waterloo has developed an innovative method that combines advanced bioprinting technologies with synthetic structures, such as microfluidic chips, to enhance 3D modelling of complex cancers.