Zero Spin Silicon- Quantum Computers, page-60

We’re excited to announce two world-leading technical achievements.Our qubit read-out speed has increased by an order of magnitude (down to 175 ns integration time) while demonstrating high-quality qubit operation at high temperature (up to 3.7 K).We’re focused on delivering the world’s first commercial scale quantum computer and bringing down our time-to-solution read-out by an order of magnitude is a great step on that path.Now that we’ve demonstrated these leading results at high temperature it points towards a more efficient, cost-effective at-scale system.“This is a fantastic achievement, the SQC team continues to deliver. Using our ability to precision engineer our quantum chips we can harness the naturally quantum properties of our qubits that other can’t.” said Michelle Simmons, CEO.She added, “When we embarked on this journey 25 years ago, we knew that precision manufacturing a pure quantum system was necessary to ultimately achieve commercial utility. This result today, high speed read-out and high temperature operation, further demonstrates the power of our element 14|15 atom qubits in silicon platform.” Congratulations to the team: Helen Geng, Mitchell Kiczynski, Andrey Timofeev, Edyta Osika, Daniel Keith, Joseph Rowlands, Ludwik Kranz, Rajib Rahman, Yousun Chung, Joris Keizer, Sam Gorman, and Michelle Simmons.For more details refer Nature Portfolio's Nature Communications here: https://lnkd.in/gJGnbXRk#naturecommunications #quantumcomputing