Quantinuum and the University of Western Australia team up on quantum applications

[Dark Hawk]

Quantinuum and the University of Western Australia have signed a memorandum of understanding to advance quantum computing in Australia, according to a Quantinuum press release. Researchers, students and entrepreneurs connected to UWA will get cloud access to Quantinuum's full platform. That includes Helios, which Quantinuum describes as "the world's most accurate commercial quantum computer". Helios was the subject of peer reviewed benchmarks published in Nature this summer

The focus is on areas that matter to the Australian economy. The partners plan to develop quantum applications for critical minerals, energy, agriculture and healthcare. They also intend to set up a university wide quantum computing applications centre bringing together academia, industry and government. Participants will be able to join Quantinuum programmes such as Q-Net and its Startup Partner Program for training and collaboration

Professor Jingbo Wang, who founded and directs UWA's Research Centre for Quantum Information, Simulation and Algorithms, said: "Through co-design with potential end users and quantum computing hardware providers, this initiative will create new opportunities for UWA researchers, students and industry partners." Co-design is a recurring idea in quantum computing at the moment. Rather than building a machine and hoping people find uses, the aim is to develop hardware and applications together

Western Australia is a natural fit for the critical minerals focus. The state is one of the world's biggest mining regions, and better modelling of materials and extraction processes could have real value. Australia already has a strong quantum research community, from Silicon Quantum Computing in Sydney to PsiQuantum's planned facility in Brisbane. This partnership adds another piece to that picture

Are university partnerships like this a good way to find real uses for quantum computers? And could mining and critical minerals be an early winner for quantum applications?

Quantinuum and The University of Western Australia Partner to Advance Australia's Quantum Capabilitywww.quantinuum.com

[Stuart_67]

Most real quantum chemistry is still years away. In the meantime, these partnerships train people, which might be the biggest benefit

Australia will need quantum skilled graduates either way. Skills take years to build, so starting early is wise even if the applications come later

[ArcMage57]

University partnerships are cheap for the hardware companies and valuable for researchers. Cloud access to a machine like Helios would cost a fortune otherwise. Everyone wins, at least on paper. Students who learn on real machines become the next generation of engineers, too

[BradBytheway]

Australia keeps punching above its weight in quantum. SQC, PsiQuantum's Brisbane plans, Diraq and now this

Not bad for a country of 27 million people. Strong universities and steady government support seem to be the recipe

[Kai70]

Co-design is the right idea. Too much quantum research has been hardware looking for a problem. Starting with what industry needs is more sensible. Talking to miners and farmers before writing algorithms seems obvious, but it has not always happened

[Millie82]

Helios being peer reviewed in Nature gives the most accurate claim some weight. Plenty of companies make similar boasts without independent checks. Independent verification should be standard for any accuracy claim, not a rare bonus