Optimization to mitigate frequency crowding in multi-qubit processors

This invention helps quantum computers operate more reliably by preventing their individual components (qubits) from interfering with each other due to similar frequencies. It uses a sophisticated computer program to calculate an optimal frequency adjustment plan. This plan specifically involves a laser-based tuning method called LASIQ, which is only implemented if statistical analysis predicts a successful outcome for the tuning process.

Why it matters: The rapid scaling of quantum processors since 2023 has intensified the challenge of frequency crowding, making such optimization critical. Concurrently, improvements in classical computing power have enhanced the feasibility of running the complex mixed-integer programming required.

Status: Under examinationA pending application. It has not been granted, and it has not been abandoned.
How hard to build: SpecializedQuantum hardware, specialized laser system, complex optimization software

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