Photon distillation schemes with reduced resource costs based on multiphoton Fourier interference

Frank Somhorst; Boy Kite Sauër; Stefan van den Hoven; Jelmer Jan Renema

Photon distillation schemes with reduced resource costs based on multiphoton Fourier interference

Frank Somhorst, Boy Kite Sauër, Stefan van den Hoven, Jelmer Jan Renema^*

^*Corresponding author for this work

Research output: Working paper › Preprint › Academic

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Abstract

Improving the indistinguishability of single photons is a crucial prerequisite for achieving large-scale photonic quantum computation. Photon distillation uses quantum interference to enhance the quality of single photons, sacrificing multiple photons to generate one photon with enhanced indistinguishability. By studying multiphoton interference in Fourier matrices, we find photon distillation schemes that require fewer photons to achieve the same improvement in indistinguishability, compared to the state of the art. These results may find application as a component in large-scale photonic quantum computers.

Original language	English
Publisher	ArXiv.org
Publication status	Published - 23 Apr 2024

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2404.14262Final published version, 4.03 MBLicence: Other

https://arxiv.org/abs/2404.14262Licence: Other

Data underlying the manuscript: "Photon distillation schemes with reduced resource costs based on multiphoton Fourier interference"
Somhorst, F. (Creator), Sauër, B. K. (Creator), van den Hoven, S. (Creator) & Renema, J. (Creator), 4TU.Centre for Research Data, 22 Apr 2024
DOI: 10.4121/c0c83c18-f38b-46b8-b4f4-67964cb611d0, https://data.4tu.nl/datasets/c0c83c18-f38b-46b8-b4f4-67964cb611d0 and 2 more links, https://doi.org/10.4121/c0c83c18-f38b-46b8-b4f4-67964cb611d0.v1, https://data.4tu.nl/datasets/c0c83c18-f38b-46b8-b4f4-67964cb611d0/1 (show fewer)
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abstract = "Improving the indistinguishability of single photons is a crucial prerequisite for achieving large-scale photonic quantum computation. Photon distillation uses quantum interference to enhance the quality of single photons, sacrificing multiple photons to generate one photon with enhanced indistinguishability. By studying multiphoton interference in Fourier matrices, we find photon distillation schemes that require fewer photons to achieve the same improvement in indistinguishability, compared to the state of the art. These results may find application as a component in large-scale photonic quantum computers.",

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AU - Somhorst, Frank

AU - Sauër, Boy Kite

AU - van den Hoven, Stefan

AU - Renema, Jelmer Jan

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Y1 - 2024/4/23

N2 - Improving the indistinguishability of single photons is a crucial prerequisite for achieving large-scale photonic quantum computation. Photon distillation uses quantum interference to enhance the quality of single photons, sacrificing multiple photons to generate one photon with enhanced indistinguishability. By studying multiphoton interference in Fourier matrices, we find photon distillation schemes that require fewer photons to achieve the same improvement in indistinguishability, compared to the state of the art. These results may find application as a component in large-scale photonic quantum computers.

AB - Improving the indistinguishability of single photons is a crucial prerequisite for achieving large-scale photonic quantum computation. Photon distillation uses quantum interference to enhance the quality of single photons, sacrificing multiple photons to generate one photon with enhanced indistinguishability. By studying multiphoton interference in Fourier matrices, we find photon distillation schemes that require fewer photons to achieve the same improvement in indistinguishability, compared to the state of the art. These results may find application as a component in large-scale photonic quantum computers.

M3 - Preprint

BT - Photon distillation schemes with reduced resource costs based on multiphoton Fourier interference

PB - ArXiv.org

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Photon distillation schemes with reduced resource costs based on multiphoton Fourier interference

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Data underlying the manuscript: "Photon distillation schemes with reduced resource costs based on multiphoton Fourier interference"

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