CirQubit

Superconducting circuits are currently designed based on crude modeling estimations, and perfecting experimental results requires discarding faulty samples, making the process of qubit design time and resource intensive. An actual user will use CirQubit’s platform to determine the most accurate model for their superconducting processors' concept. Moreover, CirQubit equips users with the ability to run virtual experiments on their circuit concept and observe its performance. This provides a unique opportunity to modify the design to optimize the device’s performance. Our software is able to evaluate the list of all unwanted and wanted interactions in a quantum circuit down to the amazing precision of a million times smaller than qubit frequency. Theis can be used to apply changes to the circuit and lower unwanted interaction. This makes a huge difference in the performance of gates on the circuits which makes quantum processors to meet fault tolerance criteria. The software helps to output optimum circuit parameters, which the fabrication process can benefit from.

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