A new report, authored by Professor Michael Bremner and Associate Professor Simon Devitt from the University of Technology Sydney, provides a roadmap for the development of quantum computing in NSW.
Image: Adobe Stock by Bartek Wróblewski.
Quantum researchers are engaged not only in building sophisticated hardware for quantum computers but also in developing the software and algorithms, essentially the instructions, that drive the operations of quantum computers.
This software could be critical in solving some of our biggest challenges in healthcare, security and climate, according to a new report authored by Professor Michael Bremner and Associate Professor Simon Devitt from University of Technology Sydney (UTS).
The Quantum Algorithms and Applications study, commissioned by the Office of the NSW Chief Scientist & Engineer (OCSE), provides a roadmap for the development and application of this technology.
It suggests that Sydney could become a major hub for the quantum industry, which could contribute $4.6B to Australia’s economy by 2040. The report builds on recent data showing Sydney ranks as one of the world’s top five quantum computing hubs.
This is the first time that the full capabilities of the NSW quantum sector have been mapped out.
UTS Professor Michael Bremner
The report was officially launched by the Minister for Innovation, Science and Technology Anoulack Chanthivong, who said NSW has been an early and strong supporter of quantum technology, with capabilities that are recognised globally.
“This study provides important direction on the next steps required to help NSW supercharge this advantage to bring functional quantum computers to market, by further developing our strength in quantum hardware,” said Mr Chanthivong.
“By providing information on our capacity to develop quantum algorithms and software, and the types of use cases they can be applied to, the study provides a roadmap on the next steps required to realise the real-world applications of this game-changing technology.”
Professor Bremner, Director of the UTS Centre for Quantum Software and Information, said the report examines the conditions needed for quantum technology to span across industries, as well as an analysis of current capabilities and a projected timeline.
“This is the first time that the full capabilities of the NSW quantum sector have been mapped out. It provides government, investors and industry with a better understanding of the huge potential of the sector, and insights into commercialisation challenges and opportunities.
“Quantum computers can simulate complex systems, so they could potentially be used to develop new materials, chemicals and processes, such as life-saving pharmaceuticals, more efficient batteries, or safer and more sustainable building materials,” he said.
The report, available on the OCSE website, explores how to develop a strong and vibrant quantum ecosystem in NSW, to better discover and capture the benefits of quantum computing.