簡要規格
Ansys RaptorQu 為操作接近 0K 的超導體提供高容量電磁分析。它與既有的半導體設計流程和晶圓代工製程高度整合,可以設計數百個物理超導量子位元。
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Ansys RaptorQu 解決量子處理器超導矽設計中的大量電感擷取的要求。它是超導矽的高容量、高速的電磁解析程式,冷卻至幾 mK。
Ansys RaptorQu 是適用於超導矽設計的一款獨特的電磁解析程式,可以設計數十至數百個物理超導量子位元。
Ansys RaptorQu 為操作接近 0K 的超導體提供高容量電磁分析。它與既有的半導體設計流程和晶圓代工製程高度整合,可以設計數百個物理超導量子位元。
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With quantum computing promising to outperform today’s supercomputers, Ansys RaptorQu provides the competitive edge for the next wave of innovations in biotechnology, defense, materials science, medicine, physics, and other areas.
Inductance is vital to quantum computing design – extremely high accuracy is required starting from tiny areas (um) of a layout up to mm scale. Ansys RaptorQu models electromagnetic coupling/crosstalk, one of the prevailing decoherence mechanisms, and must be modeled accurately. It also delivers the capacity that is required to analyze extensive designs. Superconducting qubits have made the most progress in developing the first quantum computer to run commercial applications. Ansys RaptorQu is key in solving the constantly increasing complexity of current and future problems.
Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries
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