TY - DATA
T1 - Data and software supporting the publication: Metropolitan-scale heralded entanglement of solid-state qubits
PY - 2024/05/14
AU - Arian Stolk
AU - K.L. (Kian) Van der Enden
AU - Marie-Christine Slater
AU - Ingmar te Raa
AU - Pieter Botma
AU - Joris van Rantwijk
AU - J.J.B. (Benjamin) Biemond
AU - R.A.J. (Ronald) Hagen
AU - R.W. (Rodolf) Herfst
AU - W.D. (Wouter) Koek
UR -
DO - 10.4121/983e4771-1d12-457f-a98e-fab3a2959288.v1
KW - quantum network
KW - quantum internet
KW - entanglement
KW - solid-state
KW - qubit
KW - NV
KW - metropolitan
KW - scale
KW - metropolitan-scale
N2 - Please read the README.txt for latest information and installation instructions.
This repository contains the data and code to plot the figures of the
manuscript called "Metropolitan-scale heralded entanglement of solid-state qubits".
The data contains:
- Timing, phase and polarization stability data of the metropolitan link
- Correlations of qubit state outcomes upon measuring of a photon for different readout bases and the calculation of resulting correlators <ZZ>, <XX> and <YY> and the entangled state fidelity. Both in the post-process and heralded situation.
- Entangled state fidelity as function of photon acceptance window length, including the expected fidelity generated from a monte-carlo simulation. Both in the post-process and heralded situation.
- Echo contrast from both qubits used
Every folder contains the data pertaining to the name of the folder.
Some are grouped due to their plot being in the main text as well as
corresponding (raw, sweep, etc.) data in the supplementary materials.
Every figure set has a self-contained jupyter notebook, that in combination with the data,
will generate all the figures in line and save the output in './output' as pdf.
Figures related to the supplementary materials are preceded by 'S'.
ER -