Written by Nengfei Gong This repository contains the simulation codes accompanying our research on certifying genuine multipartite high-dimensional quantum teleportation (HDQT). The codebase is divided into two main parts, implemented in Mathematica and MATLAB, respectively.This upload consists of 3 code files dedicated to the numerical analysis of genuine HDQT protocols: 1 Mathematica notebooks for calculating the optimal average teleportation fidelity over a given density of tripartite channel state. The methodology and theoretical framework implemented in these codes are derived from the seminal work presented in the following paper: "https://journals.aps.org/prapplied/abstract/10.1103/PhysRevApplied.22.054045". One can generalize corresponding codes for any d by following the similar rules. 2 MATLAB scripts/functions for computing the Genuine multipartite high-dimensional teleportation robustness (GHTR) of a given HDQT data and the Genuine multipartite high-dimensional entanglement robustness (GHER), which quantifies the channel entanglement. These codes are written in matlab and require CVX, QETLAB,and also the codes in "https://github.com/paulskrzypczyk/nonclassicalteleportation" (This seminal work has been a major inspiration for the construction of my codes)
Written by Nengfei Gong This repository contains the simulation codes accompanying our research on certifying genuine high-dimensional quantum teleportation (HDQT). The codebase is divided into two main parts, implemented in Mathematica and MATLAB, respectively.This upload consists of 7 code files dedicated to the numerical analysis of genuine HDQT protocols: 3 Mathematica notebooks for calculating the optimal average fidelity over a given density of channel state for high-dimensional quantum teleportation. The methodology and theoretical framework implemented in these codes are derived from the seminal work presented in the following paper: "https://journals.aps.org/prapplied/abstract/10.1103/PhysRevApplied.22.054045". One can generalize corresponding codes for any d by following the similar rules. 4 MATLAB scripts/functions for computing the Genuine High-dimensional teleportation robustness (GHTR) of a given HDQT data. These codes are written in matlab and require CVX, QETLAB,and also the codes in "https://github.com/paulskrzypczyk/nonclassicalteleportation" (This seminal work has been a major inspiration for the construction of my codes)