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• W3103112830 endingPage "045003" @default.
• W3103112830 startingPage "045003" @default.
• W3103112830 abstract "Performing a faithful transfer of an unknown quantum state is a key challenge for enabling quantum networks. The realization of networks with a small number of quantum links is now actively pursued, which calls for an assessment of different state transfer methods to guide future design decisions. Here, we theoretically investigate quantum state transfer between two distant qubits, each in a cavity, connected by a waveguide, e.g., an optical fiber. We evaluate the achievable success probabilities of state transfer for two different protocols: standard wave packet shaping and adiabatic passage. The main loss sources are transmission losses in the waveguide and absorption losses in the cavities. While special cases studied in the literature indicate that adiabatic passages may be beneficial in this context, it remained an open question under which conditions this is the case and whether their use will be advantageous in practice. We answer these questions by providing a full analysis, showing that state transfer by adiabatic passage—in contrast to wave packet shaping—can mitigate the effects of undesired cavity losses, far beyond the regime of coupling to a single waveguide mode and the regime of lossless waveguides, as was proposed so far. Furthermore, we show that the photon arrival probability is in fact bounded in a trade-off between losses due to non-adiabaticity and due to coupling to off-resonant waveguide modes. We clarify that neither protocol can avoid transmission losses and discuss how the cavity parameters should be chosen to achieve an optimal state transfer." @default.
• W3103112830 created "2020-11-23" @default.
• W3103112830 creator A5016115632 @default.
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• W3103112830 creator A5021091852 @default.
• W3103112830 creator A5065672358 @default.
• W3103112830 creator A5082160956 @default.
• W3103112830 date "2017-09-08" @default.
• W3103112830 modified "2023-10-17" @default.
• W3103112830 title "Deterministic quantum state transfer between remote qubits in cavities" @default.
• W3103112830 cites W1504081452 @default.
• W3103112830 cites W1616015000 @default.
• W3103112830 cites W1709784975 @default.
• W3103112830 cites W1773766205 @default.
• W3103112830 cites W1782556075 @default.
• W3103112830 cites W1785376818 @default.
• W3103112830 cites W1975898035 @default.
• W3103112830 cites W1977350013 @default.
• W3103112830 cites W1978639423 @default.
• W3103112830 cites W1978691316 @default.
• W3103112830 cites W1979029367 @default.
• W3103112830 cites W1982043838 @default.
• W3103112830 cites W1987390099 @default.
• W3103112830 cites W1988134541 @default.
• W3103112830 cites W1996035955 @default.
• W3103112830 cites W1996738199 @default.
• W3103112830 cites W2000884742 @default.
• W3103112830 cites W2000900144 @default.
• W3103112830 cites W2001341063 @default.
• W3103112830 cites W2004264607 @default.
• W3103112830 cites W2004708825 @default.
• W3103112830 cites W2006070853 @default.
• W3103112830 cites W2006885855 @default.
• W3103112830 cites W2008420411 @default.
• W3103112830 cites W2009067556 @default.
• W3103112830 cites W2011054254 @default.
• W3103112830 cites W2017077355 @default.
• W3103112830 cites W2020491654 @default.
• W3103112830 cites W2023368968 @default.
• W3103112830 cites W2024543013 @default.
• W3103112830 cites W2024731338 @default.
• W3103112830 cites W2035500092 @default.
• W3103112830 cites W2037250535 @default.
• W3103112830 cites W2040719832 @default.
• W3103112830 cites W2043020446 @default.
• W3103112830 cites W2043500043 @default.
• W3103112830 cites W2044878100 @default.
• W3103112830 cites W2046937685 @default.
• W3103112830 cites W2049480168 @default.
• W3103112830 cites W2053354568 @default.
• W3103112830 cites W2061499542 @default.
• W3103112830 cites W2062854284 @default.
• W3103112830 cites W2066230052 @default.
• W3103112830 cites W2066880840 @default.
• W3103112830 cites W2072078701 @default.
• W3103112830 cites W2072856350 @default.
• W3103112830 cites W2073937285 @default.
• W3103112830 cites W2073995071 @default.
• W3103112830 cites W2075307590 @default.
• W3103112830 cites W2087284668 @default.
• W3103112830 cites W2092871562 @default.
• W3103112830 cites W2093709872 @default.
• W3103112830 cites W2095410318 @default.
• W3103112830 cites W2107268569 @default.
• W3103112830 cites W2112813087 @default.
• W3103112830 cites W2120727960 @default.
• W3103112830 cites W2132764286 @default.
• W3103112830 cites W2144907504 @default.
• W3103112830 cites W2152010245 @default.
• W3103112830 cites W2182885826 @default.
• W3103112830 cites W2204139648 @default.
• W3103112830 cites W2252530562 @default.
• W3103112830 cites W2258198008 @default.
• W3103112830 cites W2293737769 @default.
• W3103112830 cites W2328963873 @default.
• W3103112830 cites W2336572454 @default.
• W3103112830 cites W2346806770 @default.
• W3103112830 cites W2407849976 @default.
• W3103112830 cites W2479250386 @default.
• W3103112830 cites W2502126115 @default.
• W3103112830 cites W2512567572 @default.
• W3103112830 cites W2558213890 @default.
• W3103112830 cites W2558472776 @default.
• W3103112830 cites W2592332734 @default.
• W3103112830 cites W2593457918 @default.
• W3103112830 cites W2621311806 @default.
• W3103112830 cites W2963816366 @default.
• W3103112830 cites W2963926992 @default.
• W3103112830 cites W3037687232 @default.
• W3103112830 cites W3099308038 @default.
• W3103112830 cites W3100206777 @default.
• W3103112830 cites W3100352755 @default.
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• W3103112830 doi "https://doi.org/10.1088/2058-9565/aa868b" @default.
• W3103112830 hasPublicationYear "2017" @default.
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• W3103112830 citedByCount "23" @default.

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