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Advanced technology labs are not places where you're likely to find much creative artistic expression, let alone color. But a scientist and an artist have joined forces to help inspire the development of the next generation of computing at Google’s Quantum A.I. Lab.
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QuEra, a quantum computing startup, has announced plans to bring error correction to quantum computing in two years, beating IBM's timeline. The company is building on the success of the Harvard University lab's demonstration of error-tracking in similar hardware. By using neutral atom-based qubits, QuEra aims to create hardware with low error rates that will enable useful computations. Currently, quantum computing is limited by error rates, and error-corrected qubits are necessary for complex calculations. QuEra's announcement should be viewed cautiously, but it offers promising advancements in the field.
Quera, a quantum computing startup, has announced its plans to bring error correction to quantum computing in only two years, ahead of IBM's timeline. Quera is a spinoff of the Harvard University lab that demonstrated error-tracking using similar hardware. The company uses the same type of qubits as rival startup Atom Computing, which has already scaled up to over 1,000 qubits. While skepticism remains, Quera's focus on error-corrected qubits could be a promising development.
A team of scientists from Harvard, MIT, QuEra Computing, Caltech, and Princeton, working on a project funded by DARPA, has made a significant breakthrough in quantum computing. They have successfully created the world's first quantum circuit using logical qubits, a major step towards fault-tolerant quantum computing and the design of quantum computer processors.
In the 21st century, quantum computing is becoming a reality. But what's hype and what's true? Join us as we demystify quantum computing with Dr. Riccardo Manenti.