Achieving cryogenic control of qubits is needed for scalability. Delighted to share new research demonstrating coherent cryogenic control of silicon spin qubits with only a small impact on single- and two-qubit performance. Well done Sam Bartee and team! https://t.co/GWrSPQ3Aa4
Australia invented modern solar PV tech & we have the opportunity to capitalise on our abundance of natural resources & world's best talent to be a solar power manufacturing powerhouse. 🇦🇺 ☀ Great to chat to @FinancialReview about @sundrivesolar solar manufacturing revival
I've largely avoided Quantum Phase Estimation (QPE) until now because it has been impractical on real hardware... until Fire Opal came along....
https://t.co/hPfUL0CuIz #quantumcomputing@qctrlHQ@IBMResearch@qiskit#qiskit
If you are a @Dodgers fan the GOAT of announcers has passed. Truly sad. So many memorable calls especially the 1988 WS home run by Kirk Gibson. Thanks for the memories. RIP @TheVinScully
Quantum error correction is essential to the long-term future of #QuantumComputing.
Our results show that combining QEC with deterministic error suppression at the gate and circuit level improves the ability of error correction to identify faulty qubits.
https://t.co/4Xj4jp2vt9