Zero Spin Silicon- Quantum Computers, page-27

In the shareholder presentation this line caught my attention: Q-Si Project launched in August 2023 to construct the first Q-Si commercial production module and establish a sovereign capability and secure supply chain in support of the emerging
global silicon quantum computing industry

The Silicon Quantum website is undergoing work. This Simon Segar looks very accomplished.

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Silicon Quantum Computing appoints former Arm Group CEO Simon Segars as chairman

"Last year, after raising capital, Professor Simmons said her company hoped to have commercial uses for its technology within “three to five years” but that it was only a milestone on the way to developing a full error-corrected quantum computer.“I think everyone ultimately wants the programmable computer, but on the way to getting there, everyone recognises that nearer-term commercial products are more likely to come out in the simulation space,” Professor Simmons said."

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I don't subscription so could only read first couple of paragraphs
Michelle Simmons makes the case for SQC to win the 'quantum race' at SXSW Sydney — Capital Brief

HomeFinancePoliticsTechnologyLawMediaClimateNewslettersSXSWMichelle Simmons makes the case for SQC to win the 'quantum race' at SXSW SydneyQuantum pioneer Michelle Simmons breaks her silence since the government's PsiQuantum announcement to make a compelling case for Australia's quantum computing future at SXSW Sydney.Bronwen Clune and Daniel Van Boom5:00am on 16 October 2024Michelle Simmons at SXSW.After months of conspicuous silence, Australia's most prominent quantum computing founder reaffirmed her claim to leadership in the sector during a keynote at SXSW on Tuesday.Michelle Simmons says her Silicon Quantum Computing (SQC) startup is ramping up its ability to churn out quantum-powered silicon chips, which she says are already sophisticated enough to achieve different "holy grails" of quantum computing."That's where the big value for the industry comes from," Simmons said of SQC's chip-manufacturing capabilities. "By controlling manufacturing in Australia, we can actually turn a chip around a week."Quantum computers are those that process quantum bits, or qubits, rather than the binary 1s and 0s crunched by standard computers. By manipulating atoms, quantum computers are theoretically able to process algorithms that are impossible for existing supercomputers to even approach.

This could kick off first and be just as profitable

Oak