Modeling of superconductive circuits for quantum computers

Superconductive silicon is one of the most promising technologies for implementing practical quantum computers. EDA vendors can assist in the quantum hardware designers’ endeavors by providing solutions that can lead to designs of increased qubit quality. This technical report presents a new modeling engine that is able to model tens to hundreds of physical qubits capturing all coupling and crosstalk between them, thus providing the quantum hardware designers with vital information on the quality of their designs.