Next-generation advances in superconducting technology demand general approaches and computational tools to study large and complex superconducting circuits. Thus, at the LINQS laboratory led by Professor Amir Safavi-Naeini at Stanford Univerity, we have developed SQcircuit, an open-source Python library to analyze any arbitrary quantum circuit. SQcirucit uses the theory discussed by [Rajabzadeh et al., 2022] to describe the Hamiltonian of the circuit in the appropriate basis and extract circuit properties such as eigenvalues, coherence lifetimes, transition matrix elements, coupling operators, and phase coordinate representation of eigenfunctions.
By defining circuit in SQcircuit environments, we can simply calculate eigenvalues, coherence times, coupling operators ,etc., with only one line of code!
To manifest the potential of the SQcircuit, we prepared examples from simple qubits to state-of-the-art superconducting circuits in literature, in which we effortlessly reproduce the main result of the paper by SQcircuit functionalities.
© ALL RIGHTS RESERVED