Quantum memories by Simon, C, Afzelius, M, Appel, J, de la Giroday, AB, Dewhurst, S, Gisin, N, Hu, C, Jelezko, F, Kroll, S, Muller, J, Nunn, J, Polzik, E, Rarity, J, De Riedmatten, H, Rosenfeld, W, Shields, A, Skoeld, N, Stevenson, R, Thew, R, Walmsley, I, Weber, M, Weinfurter, H, Wrachtrup, J, Young, R

Focus on Quantum Memory by Gavin Brennen, Elisabeth Giacobino, Christoph Simon

“…Quantum memories are essential for quantum information processing and long-distance quantum communication. …”
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Photonic quantum memories by Walmsley, I, Nunn, J, Langford, N, Reim, K, Michelberger, P, Champion, T

“…We survey the state of the art in photonic quantum memories, describing different approaches to the storage and manipulation of quantum light beams and pulses, and expected applications. © 2011 IEEE.…”

Integrated Multiresonator Quantum Memory by Nikolay Sergeevich Perminov, Sergey Andreevich Moiseev

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Switching quantum memory on and off by Rosario Lo Franco

“…Modifying the Markovian (memoryless) or non-Markovian (memory-keeping) nature of the environment-induced evolution of an open quantum system is crucial in quantum information theory, because it is linked to quantum memory control. A recent work (Brito and Werlang 2015 New J. …”
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Putting quantum memories on ice by Nunn, J

Entanglement fidelity of quantum memories by Surmacz, K, Nunn, J, Waldermann, F, Wang, Z, Walmsley, I, Jaksch, D

“…We introduce a figure of merit for a quantum memory which measures the preservation of entanglement between a qubit stored in and retrieved from the memory and an auxiliary qubit. …”

Broadband optical quantum memory by Reim, K

“…This thesis is about the experimental implementation of a high-speed and robust quantum memory for light. A novel far off-resonant Raman approach to ensemble-based quantum memories in a room-temperature environment is developed and demonstrated. …”

Quantum memory in an optical lattice by Nunn, J, Dorner, U, Michelberger, P, Reim, K, Lee, K, Langford, N, Walmsley, I, Jaksch, D

“…Here we study the influence of this band structure on the efficiency of quantum memories based on electromagnetically induced transparency (EIT) and on Raman absorption. …”

Entanglement fidelity of quantum memories by Surmacz, K, Nunn, J, Waldermann, F, Wang, Z, Walmsley, I, Jaksch, D

“…We introduce a figure of merit for a quantum memory which measures the preservation of entanglement between a qubit stored in and retrieved from the memory and an auxiliary qubit. …”

Multipartite uncertainty relation with quantum memory by Saeed Haddadi, Mohammad Reza Pourkarimi, Soroush Haseli

“…Abstract We present a new quantum-memory-assisted entropic uncertainty relation for multipartite systems which shows the uncertainty principle of quantum mechanics. …”
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Quantum control using quantum memory by Mathieu Roget, Basile Herzog, Giuseppe Di Molfetta

“…More specifically, we show how, introducing a quantum memory for each of the spatial grid, this result can be achieved simply by acting on the initial state of the whole system, and therefore can be exactly controlled once for all. …”
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Spectroscopy of cascade multiresonator quantum memory by Nikolay Perminov, Kirill Petrovnin, Konstantin Gerasimov, Roman Kirillov, Ruslan Latypov, Oleg Sherstyukov, Sergey Moiseev

Subjects: “…cascade multiresonator quantum memory…”
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Tailored Codes for Small Quantum Memories by Robertson, Alan, Granade, Christopher, Bartlett, Stephen D., Flammia, Steven Thomas

“…We demonstrate that small quantum memories, realized via quantum error correction in multiqubit devices, can benefit substantially by choosing a quantum code that is tailored to the relevant error model of the system. …”
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Atomic quantum memory for photon polarization by Bloom, Benjamin Jacob, S.B. Massachusetts Institute of Technology

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Universal and operational benchmarking of quantum memories by Yuan, Xiao, Liu, Yunchao, Zhao, Qi, Regula, Bartosz, Thompson, Jayne, Gu, Mile

“…Quantum memory—the capacity to faithfully preserve quantum coherence and correlations—is essential for quantum-enhanced technology. …”
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Synchronizing single photons with quantum memories by Nunn, J, Langford, N, Champion, T, Sprague, MR, Michelberger, P, Ka Lee, C, Jin, X, England, D, Kolthammer, W, Walmsley, I

“…Without deterministic single photon sources, multiphoton rates fall exponentially with the number of photons required, making practical photonics unfeasible. We show how quantum memories improve multiphoton rates by many orders of magnitude. © 2011 Optical Society of America.…”

Enhancing multiphoton rates with quantum memories. by Nunn, J, Langford, N, Kolthammer, W, Champion, T, Sprague, M, Michelberger, P, Jin, X, England, D, Walmsley, I

“…It is well known that quantum memories, capable of storing photons until they are needed, are a potential solution to this "scaling catastrophe." …”

Synchronizing single photons with quantum memories by Nunn, J, Langford, N, Champion, T, Sprague, MR, Michelberger, P, Lee, K, Jin, X, England, D, Steven Kolthammer, W, Walmsley, I

“…Without deterministic single photon sources, multiphoton rates fall exponentially with the number of photons required, making practical photonics unfeasible. We show how quantum memories improve multiphoton rates by many orders of magnitude. © 2011 Optical Society of America.…”

Synchronizing single photons with quantum memories by Nunn, J, Langford, N, Champion, T, Sprague, MR, Michelberger, P, Lee, K, Jin, X, England, D, Kolthammer, W, Walmsley, I, IEEE

“…Without deterministic single photon sources, multiphoton rates fall exponentially with the number of photons required, making practical photonics unfeasible. We show how quantum memories improve multiphoton rates by many orders of magnitude. © 2012 OSA.…”