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We have developed an inductive energy participation ratio (iEPR) method and aconcise procedure for superconducting quantum chip layout simulation andverification that is increasingly indispensable in large-scale, fault-tolerantquantum computing. It can be utilized to extract the characteristic parametersand the bare Hamiltonian of the layout in an efficient way. In theory, iEPRsheds light on the deep-seated relationship between energy distribution andrepresentation transformation. As a stirring application, we apply it to atypical quantum chip layout, obtaining all the crucial characteristicparameters in one step that would be extremely challenging through the existingmethods. Our work is expected to significantly improve the simulation andverification techniques and takes an essential step toward quantum electronicdesign automation.

Using inductive Energy Participation Ratio for Superconducting Quantum Chip Characterization