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Stochastic action for the entanglement of a noisy monitored two-qubit system: numerical simulations

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Description

We present numerical simulations of the two-qubit system described in the paper titled Stochastic Action for the Entanglement of a Noisy Monitored Two-qubit System.

These numerical simulations were obtained using Mathematica Version 13. The code which may be used to generate the data set is uploaded in addition to the results of numerical simulations using a range of parameters.

Each CSV file contains many time-ordered lists of two-qubit state parameters, each list is subject to a stochastic noise and readout realisation. CSV file titles are in the format: Gamma-Tau-T-dt-N-, where the value of the parameters used in the simulation are given immediately after the variable name. Gamma refers to the noise strength, Tau is the inverse measurement strength, T is the length of the simulation, dt is the size of the time steps used in the simulation and N is the number of experimental runs we simulate.
Date made available2024
PublisherLancaster University

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