In a significant advancement, Google's quantum computing team demonstrated that dedicating the entire 105-qubit processor to a single error-corrected qubit led to remarkable stability.
The research indicates that with the right configuration, error rates can become low enough that studying them becomes challenging, enhancing the potential for executing complex algorithms.
Google's investment in creating its own fabrication facility for superconducting processors allows for better process control and experimentation with hardware design to mitigate noise effects.
Julian Kelly emphasized the importance of the new facility, transforming what was previously done in a shared space into a dedicated environment for quantum processor development.
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