This invention describes a computer program designed to create an optimal frequency plan for the individual components (like qubits) within a quantum computer. It works by first figuring out all possible frequencies for each component, making sure they don't interfere with their immediate neighbors. It then assigns the highest possible frequency, cleans up any remaining interference, and finally fine-tunes the frequencies to move apart any high-risk interference points. The claims specify that it includes a step to minimize the required tuning distance by ranking components and iteratively assigning frequencies.
Why it matters: The rapid scaling of multi-qubit processors since 2023 has significantly increased the complexity of managing qubit frequencies, making automated collision avoidance and optimization routines like this more essential for stable quantum operation.
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