Archer has now successfully fabricated nanodevices that will allow probing of quantum behavior in its qubit material that is of fundamental importance to the 12CQ chip technology operation.
In a partnership with Australian-German startup Quantum Brilliance, Pawsey installed a diamond-based quantum accelerator into a rack in its Western Australian facilities.
The Australian patent provides Archer with exclusive and legally enforceable commercial rights to the 12CQ chip invention in Australia. The protection provided by the Australian patent system gives Archer the right to stop others from manufacturing, using and/or selling the 12CQ chip technology invention in Australia, and is required for any possible future Australian commercialisation operations.
With these exceptional improvements, Q-CTRL is closing the performance gap between the promise of the growing quantum computers emerging on the market and the actual computational capabilities they deliver to end users…
Archer Materials Limited (“Archer”, ASX:AXE”) has detected quantum information in its unique qubit material using a mobile compatible computer chip. This success marks a significant step in the validation of Archer’s room-temperature 12CQ quantum computing chip and verifies the nearing horizon of quantum powered mobile technology.
A major technical feat has been achieved in Archer’s 12CQ quantum chip development, with mobile compatible chip technology used to detect quantum information at room temperature.
Australia and the United States have signed a joint statement to cooperate on quantum technology innovation and commercialization.
The Morrison Government is investing $111 million to secure Australia’s quantum future, supporting the commercialisation, adoption and use of this new technology to create jobs, support Australian business and keep Australians safe.
The Australian Government has announced its key measures to grow Australia’s quantum industry.
A Sydney-based start-up, Q-CTRL, has released the results of its algorithmic benchmarking experiments, which demonstrate massively improved performance of quantum computers when an error suppression technique is applied. The technique achieved an improvement of over 2,500 per cent.
