QuEra
中性原子量子比特技术路线的代表企业，采用光镊排列原子阵列，具备天然高连通性优势
Timeline (last 90 days)
According to a related discussion on Hacker News, QuEra is using AI to automate the laser locking process.
QuEra's approach embeds machine learning models into the laser control loop, using spectral and power data collected in real time to train models to recognize precursors to anomalies, thereby adjusting ahead of time before drift reaches a threshold.
The neutral atom route uses laser optical tweezer technology to trap arrays of neutral atoms as qubits, with representative companies including QuEra and Pasqal, and has already demonstrated the simultaneous control of hundreds of qubits.
四大主流量子计算技术路线为超导量子比特、离子阱、光量子和中性原子，代表企业分别包括Google/IBM、IonQ/Quantinuum、PsiQuantum/Xanadu、QuEra
2023年QuEra公司与哈佛大学和MIT合作在《Nature》上发表了使用48个逻辑量子比特进行纠错计算的成果
All Facts (6)
QuEra's approach embeds machine learning models into the laser control loop, using spectral and power data collected in real time to train models to recognize precursors to anomalies, thereby adjusting ahead of time before drift reaches a threshold.
50%UnverifiedThe neutral atom route uses laser optical tweezer technology to trap arrays of neutral atoms as qubits, with representative companies including QuEra and Pasqal, and has already demonstrated the simultaneous control of hundreds of qubits.
50%Unverified四大主流量子计算技术路线为超导量子比特、离子阱、光量子和中性原子，代表企业分别包括Google/IBM、IonQ/Quantinuum、PsiQuantum/Xanadu、QuEra
50%Unverified中性原子量子比特路线的代表企业是QuEra与Pasqal
50%UnverifiedAccording to a related discussion on Hacker News, QuEra is using AI to automate the laser locking process.
50%Unverified2023年QuEra公司与哈佛大学和MIT合作在《Nature》上发表了使用48个逻辑量子比特进行纠错计算的成果
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