Matches in SemOpenAlex for { <https://semopenalex.org/work/W2018056776> ?p ?o ?g. }
- W2018056776 abstract "An arbitrary quantum-optical process (channel) can be completely characterized by probing it with coherent states using the recently developed coherent-state quantum process tomography (QPT) [Lobino et al., Science 322, 563 (2008)]. In general, precise QPT is possible if an infinite set of probes is available. Thus, realistic QPT of infinite-dimensional systems is approximate due to a finite experimentally feasible set of coherent states and its related energy-cutoff approximation. We show with explicit formulas that one can completely identify a quantum-optical Gaussian process just with a few different coherent states without approximations like the energy cutoff. For tomography of multimode processes, our method exponentially reduces the number of different test states, compared with existing methods." @default.
- W2018056776 created "2016-06-24" @default.
- W2018056776 creator A5016438781 @default.
- W2018056776 creator A5046069171 @default.
- W2018056776 creator A5048800312 @default.
- W2018056776 creator A5070980670 @default.
- W2018056776 creator A5079671435 @default.
- W2018056776 date "2013-08-01" @default.
- W2018056776 modified "2023-09-23" @default.
- W2018056776 title "Efficient tomography of quantum-optical Gaussian processes probed with a few coherent states" @default.
- W2018056776 cites W1509262151 @default.
- W2018056776 cites W1965928854 @default.
- W2018056776 cites W1971487905 @default.
- W2018056776 cites W1977334019 @default.
- W2018056776 cites W1984964553 @default.
- W2018056776 cites W1986937067 @default.
- W2018056776 cites W1988808284 @default.
- W2018056776 cites W1988974364 @default.
- W2018056776 cites W1991168985 @default.
- W2018056776 cites W1997182041 @default.
- W2018056776 cites W1998141297 @default.
- W2018056776 cites W1998243191 @default.
- W2018056776 cites W2006948019 @default.
- W2018056776 cites W2008302279 @default.
- W2018056776 cites W2013276173 @default.
- W2018056776 cites W2015775929 @default.
- W2018056776 cites W2019022364 @default.
- W2018056776 cites W2025699799 @default.
- W2018056776 cites W2032609902 @default.
- W2018056776 cites W2034924789 @default.
- W2018056776 cites W2035292785 @default.
- W2018056776 cites W2041343357 @default.
- W2018056776 cites W2049737808 @default.
- W2018056776 cites W2049911843 @default.
- W2018056776 cites W2058140214 @default.
- W2018056776 cites W2060813403 @default.
- W2018056776 cites W2067083068 @default.
- W2018056776 cites W2091466644 @default.
- W2018056776 cites W2097342980 @default.
- W2018056776 cites W2107274022 @default.
- W2018056776 cites W2118945164 @default.
- W2018056776 cites W2125882885 @default.
- W2018056776 cites W2136265395 @default.
- W2018056776 cites W2143754127 @default.
- W2018056776 cites W2160877306 @default.
- W2018056776 cites W2161581509 @default.
- W2018056776 cites W2165408291 @default.
- W2018056776 cites W3099015431 @default.
- W2018056776 cites W3100526867 @default.
- W2018056776 cites W3100917336 @default.
- W2018056776 cites W3105860148 @default.
- W2018056776 cites W3143400115 @default.
- W2018056776 doi "https://doi.org/10.1103/physreva.88.022101" @default.
- W2018056776 hasPublicationYear "2013" @default.
- W2018056776 type Work @default.
- W2018056776 sameAs 2018056776 @default.
- W2018056776 citedByCount "11" @default.
- W2018056776 countsByYear W20180567762014 @default.
- W2018056776 countsByYear W20180567762015 @default.
- W2018056776 countsByYear W20180567762016 @default.
- W2018056776 countsByYear W20180567762017 @default.
- W2018056776 countsByYear W20180567762018 @default.
- W2018056776 countsByYear W20180567762020 @default.
- W2018056776 countsByYear W20180567762021 @default.
- W2018056776 crossrefType "journal-article" @default.
- W2018056776 hasAuthorship W2018056776A5016438781 @default.
- W2018056776 hasAuthorship W2018056776A5046069171 @default.
- W2018056776 hasAuthorship W2018056776A5048800312 @default.
- W2018056776 hasAuthorship W2018056776A5070980670 @default.
- W2018056776 hasAuthorship W2018056776A5079671435 @default.
- W2018056776 hasBestOaLocation W20180567762 @default.
- W2018056776 hasConcept C101645829 @default.
- W2018056776 hasConcept C11255438 @default.
- W2018056776 hasConcept C120665830 @default.
- W2018056776 hasConcept C121332964 @default.
- W2018056776 hasConcept C121864883 @default.
- W2018056776 hasConcept C15184713 @default.
- W2018056776 hasConcept C152026323 @default.
- W2018056776 hasConcept C15706264 @default.
- W2018056776 hasConcept C163716315 @default.
- W2018056776 hasConcept C166834278 @default.
- W2018056776 hasConcept C186370098 @default.
- W2018056776 hasConcept C194232370 @default.
- W2018056776 hasConcept C2778217198 @default.
- W2018056776 hasConcept C62520636 @default.
- W2018056776 hasConcept C68717125 @default.
- W2018056776 hasConcept C84114770 @default.
- W2018056776 hasConceptScore W2018056776C101645829 @default.
- W2018056776 hasConceptScore W2018056776C11255438 @default.
- W2018056776 hasConceptScore W2018056776C120665830 @default.
- W2018056776 hasConceptScore W2018056776C121332964 @default.
- W2018056776 hasConceptScore W2018056776C121864883 @default.
- W2018056776 hasConceptScore W2018056776C15184713 @default.
- W2018056776 hasConceptScore W2018056776C152026323 @default.
- W2018056776 hasConceptScore W2018056776C15706264 @default.
- W2018056776 hasConceptScore W2018056776C163716315 @default.
- W2018056776 hasConceptScore W2018056776C166834278 @default.
- W2018056776 hasConceptScore W2018056776C186370098 @default.
- W2018056776 hasConceptScore W2018056776C194232370 @default.
- W2018056776 hasConceptScore W2018056776C2778217198 @default.