Demonstrating Long-Term Stable Operation of Qubit Control Device
NQ Score
50/100
AI Summary (NQ-processed)
QuEL demonstrates long-term stabilization of microwave signals using its qubit control device "QuEL-1 SE".
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Frequently Asked Questions
- Q: What is the name of the qubit control device developed by the research group?
- A: The name of the developed qubit control device is "QuEL-1 SE".
- Q: How were the fluctuations in the amplitude and phase of microwave signals suppressed?
- A: They were suppressed by introducing individual temperature control mechanisms for analog devices such as Phase-Locked Loops (PLLs) and amplifiers.
- Q: What were the confirmed standard deviations of the microwave output's amplitude and phase over a 24-hour measurement?
- A: The standard deviation of amplitude was suppressed to 0.09–0.22% (average 0.15%), and the standard deviation of phase was suppressed to 0.35–0.44° (average 0.39°).
- Q: In which scientific journal was this research result published?
- A: The research result was published in the journal named Review of Scientific Instruments.
- Q: Which institutions were the researchers of the group associated with?
- A: The researchers in the development and research group were associated with QuEL Inc. and Osaka University's Quantum Information and Quantum Life Science Center (QIQB).