Topical white paper: a case for quantum memories in space

Mustafa Gündoğan; Thomas Jennewein; Faezeh Kimiaee Asadi; Elisa Da Ros; Erhan Sağlamyürek; Daniel Oblak; Tobias Vogl; Daniel Rieländer; Jasminder Sidhu; Samuele Grandi; Luca Mazzarella; Julius Wallnöfer; Patrick Ledingham; Lindsay LeBlanc; Margherita Mazzera; Makan Mohageg; Janik Wolters; Alexander Ling; Mete Atatüre; Hugues de Riedmatten; Daniel Oi; Christoph Simon; Markus Krutzik

Topical white paper: a case for quantum memories in space

Mustafa Gündoğan, Thomas Jennewein, Faezeh Kimiaee Asadi, Elisa Da Ros, Erhan Sağlamyürek, Daniel Oblak, Tobias Vogl, Daniel Rieländer, Jasminder Sidhu, Samuele Grandi, Luca Mazzarella, Julius Wallnöfer, Patrick Ledingham, Lindsay LeBlanc, Margherita Mazzera, Makan Mohageg, Janik Wolters, Alexander Ling, Mete Atatüre, Hugues de RiedmattenDaniel Oi, Christoph Simon, Markus Krutzik

Physics

Research output: Working paper › Working Paper/Preprint

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Abstract

It has recently been theoretically shown that Quantum Memories (QM) could enable truly global quantum networking when deployed in space thereby surpassing the limited range of land-based quantum repeaters. Furthermore, QM in space could enable novel protocols and long-range entanglement and teleportation applications suitable for Deep-Space links and extended scenarios for fundamental physics tests. In this white paper we will make the case for the importance of deploying QMs to space, and also discuss the major technical milestones and development stages that will need to be considered.

Original language	English
Place of Publication	Ithaca, N.Y.
Number of pages	10
Publication status	Submitted - 18 Nov 2021

Keywords

quantum memories
space applications
ultra-long distance entanglement
teleportation experiments
quantum communication

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Gündoğan-etal-arXiv-2021-Topical-white-paper-a-case-for-quantum-memories-in-spaceSubmitted manuscript, 831 KBLicence: CC BY-NC-ND 4.0

Cite this

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title = "Topical white paper: a case for quantum memories in space",

abstract = " It has recently been theoretically shown that Quantum Memories (QM) could enable truly global quantum networking when deployed in space thereby surpassing the limited range of land-based quantum repeaters. Furthermore, QM in space could enable novel protocols and long-range entanglement and teleportation applications suitable for Deep-Space links and extended scenarios for fundamental physics tests. In this white paper we will make the case for the importance of deploying QMs to space, and also discuss the major technical milestones and development stages that will need to be considered. ",

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author = "Mustafa G{\"u}ndoğan and Thomas Jennewein and Asadi, {Faezeh Kimiaee} and Ros, {Elisa Da} and Erhan Sağlamy{\"u}rek and Daniel Oblak and Tobias Vogl and Daniel Riel{\"a}nder and Jasminder Sidhu and Samuele Grandi and Luca Mazzarella and Julius Walln{\"o}fer and Patrick Ledingham and Lindsay LeBlanc and Margherita Mazzera and Makan Mohageg and Janik Wolters and Alexander Ling and Mete Atat{\"u}re and Riedmatten, {Hugues de} and Daniel Oi and Christoph Simon and Markus Krutzik",

note = "Toptical white paper submitted to National Academies of Sciences, Engineering and Medicine's Decadal Survey on Biological and Physical Sciences Research in Space 2023-2032",

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month = nov,

day = "18",

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T2 - a case for quantum memories in space

AU - Gündoğan, Mustafa

AU - Jennewein, Thomas

AU - Asadi, Faezeh Kimiaee

AU - Ros, Elisa Da

AU - Sağlamyürek, Erhan

AU - Oblak, Daniel

AU - Vogl, Tobias

AU - Rieländer, Daniel

AU - Sidhu, Jasminder

AU - Grandi, Samuele

AU - Mazzarella, Luca

AU - Wallnöfer, Julius

AU - Ledingham, Patrick

AU - LeBlanc, Lindsay

AU - Mazzera, Margherita

AU - Mohageg, Makan

AU - Wolters, Janik

AU - Ling, Alexander

AU - Atatüre, Mete

AU - Riedmatten, Hugues de

AU - Oi, Daniel

AU - Simon, Christoph

AU - Krutzik, Markus

N1 - Toptical white paper submitted to National Academies of Sciences, Engineering and Medicine's Decadal Survey on Biological and Physical Sciences Research in Space 2023-2032

PY - 2021/11/18

Y1 - 2021/11/18

N2 - It has recently been theoretically shown that Quantum Memories (QM) could enable truly global quantum networking when deployed in space thereby surpassing the limited range of land-based quantum repeaters. Furthermore, QM in space could enable novel protocols and long-range entanglement and teleportation applications suitable for Deep-Space links and extended scenarios for fundamental physics tests. In this white paper we will make the case for the importance of deploying QMs to space, and also discuss the major technical milestones and development stages that will need to be considered.

AB - It has recently been theoretically shown that Quantum Memories (QM) could enable truly global quantum networking when deployed in space thereby surpassing the limited range of land-based quantum repeaters. Furthermore, QM in space could enable novel protocols and long-range entanglement and teleportation applications suitable for Deep-Space links and extended scenarios for fundamental physics tests. In this white paper we will make the case for the importance of deploying QMs to space, and also discuss the major technical milestones and development stages that will need to be considered.

KW - quantum memories

KW - space applications

KW - ultra-long distance entanglement

KW - teleportation experiments

KW - quantum communication

UR - https://arxiv.org/abs/2111.09595v2

M3 - Working Paper/Preprint

BT - Topical white paper

CY - Ithaca, N.Y.

ER -

Topical white paper: a case for quantum memories in space

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Keywords

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