Tag: UNSW Sydney

UNSW Sydney researchers have secured $3.7 million from the Australian Research Council’s (ARC) new Mid-Career Industry Fellowships program, augmented by a further $1.8 million from participating industry partners, with enabling the manufacturing of scalable quantum processors as one of its objectives.

Scientists at UNSW Sydney have developed an electronic device designed to mimic the function of human skin. 

Australian laser enrichment technology developer Silex Systems has completed the pilot testing of its Zero-Spin Silicon Project, yielding results for the production of high-purity ZS-Si, which is critical for the manufacturing of next-generation silicon quantum processor chips. 

UNSW Sydney is now home to the new ARC Research Hub for Battery and Consumer Wastes, which seeks to recover valuable materials found in Australia’s batteries and other complex wastes.

A widespread effort to limit and phase out the use of “forever” chemicals called Per- and poly-fluoroalkyl substances (PFAS) is taking over the world, especially now that the chemicals have taken a foothold in almost every material in our everyday lives. 

Engineers at UNSW Sydney have developed a new electron spin-measuring device that could help scientists understand the structure and purpose of materials better. 

Researchers from UNSW Sydney have engineered a miniature soft robotic arm capable of 3D printing biomaterial directly onto the organs of a person. 

CSIRO and the US National Science Foundation (NSF) have established a multi-million-dollar partnership to accelerate research initiatives aimed at tackling global challenges, such as climate change, building low-emissions technologies, and developing ethical artificial intelligence. 

Researchers from UNSW Sydney have created an algorithm that could produce high-resolution modelled images from lower-resolution micro X-ray CT scans. 

A team led by Professor Andrea Morello at the University of New South Wales (UNSW) in Sydney has just exhibited the operation of a new type of quantum bit called a 'flip-flop' qubit, which combines the quantum properties of single atoms with easy controllability using electric signals similar to those used in standard computer chips.