Matches in SemOpenAlex for { <https://semopenalex.org/work/W2100693591> ?p ?o ?g. }
- W2100693591 abstract "We present a detailed error analysis of a Rydberg blockade mediated controlled-NOT quantum gate between two neutral atoms as demonstrated recently in Phys. Rev. Lett. 104, 010503 (2010) and Phys. Rev. A 82, 030306 (2010). Numerical solutions of a master equation for the gate dynamics, including all known sources of technical error, are shown to be in good agreement with experiments. The primary sources of gate error are identified and suggestions given for future improvements. We also present numerical simulations of quantum process tomography to find the intrinsic fidelity, neglecting technical errors, of a Rydberg blockade controlled phase gate. The gate fidelity is characterized using trace overlap and trace distance measures. We show that the trace distance is linearly sensitive to errors arising from the finite Rydberg blockade shift and introduce a modified pulse sequence which corrects the linear errors. Our analysis shows that the intrinsic gate error extracted from simulated quantum process tomography can be under 0.002 for specific states of $^{87}$Rb or Cs atoms. The relation between the process fidelity and the gate error probability used in calculations of fault tolerance thresholds is discussed." @default.
- W2100693591 created "2016-06-24" @default.
- W2100693591 creator A5006798337 @default.
- W2100693591 creator A5011784765 @default.
- W2100693591 creator A5017308392 @default.
- W2100693591 creator A5026465199 @default.
- W2100693591 creator A5065199468 @default.
- W2100693591 date "2012-04-10" @default.
- W2100693591 modified "2023-10-16" @default.
- W2100693591 title "Fidelity of a Rydberg-blockade quantum gate from simulated quantum process tomography" @default.
- W2100693591 cites W1510818459 @default.
- W2100693591 cites W1579003770 @default.
- W2100693591 cites W1965928854 @default.
- W2100693591 cites W1966671527 @default.
- W2100693591 cites W1970033208 @default.
- W2100693591 cites W1971332543 @default.
- W2100693591 cites W1977976359 @default.
- W2100693591 cites W1978138256 @default.
- W2100693591 cites W1981861867 @default.
- W2100693591 cites W1986743150 @default.
- W2100693591 cites W1992321931 @default.
- W2100693591 cites W1994099404 @default.
- W2100693591 cites W1995550573 @default.
- W2100693591 cites W1995895827 @default.
- W2100693591 cites W2014048482 @default.
- W2100693591 cites W2014586701 @default.
- W2100693591 cites W2015401678 @default.
- W2100693591 cites W2023885784 @default.
- W2100693591 cites W2024198390 @default.
- W2100693591 cites W2030467629 @default.
- W2100693591 cites W2032147770 @default.
- W2100693591 cites W2032609902 @default.
- W2100693591 cites W2035967986 @default.
- W2100693591 cites W2042458092 @default.
- W2100693591 cites W2044184103 @default.
- W2100693591 cites W2046265568 @default.
- W2100693591 cites W2049737808 @default.
- W2100693591 cites W2050330900 @default.
- W2100693591 cites W2056281570 @default.
- W2100693591 cites W2066655722 @default.
- W2100693591 cites W2067812234 @default.
- W2100693591 cites W2081073461 @default.
- W2100693591 cites W2085395510 @default.
- W2100693591 cites W2090472510 @default.
- W2100693591 cites W2099277972 @default.
- W2100693591 cites W2099752206 @default.
- W2100693591 cites W2100385658 @default.
- W2100693591 cites W2114027354 @default.
- W2100693591 cites W2118516491 @default.
- W2100693591 cites W2125882885 @default.
- W2100693591 cites W2131222153 @default.
- W2100693591 cites W2134477962 @default.
- W2100693591 cites W2158000927 @default.
- W2100693591 cites W2158469597 @default.
- W2100693591 cites W2165635963 @default.
- W2100693591 cites W2170385165 @default.
- W2100693591 cites W2171044963 @default.
- W2100693591 cites W3099015431 @default.
- W2100693591 cites W3099657923 @default.
- W2100693591 cites W3100862964 @default.
- W2100693591 cites W3102674288 @default.
- W2100693591 doi "https://doi.org/10.1103/physreva.85.042310" @default.
- W2100693591 hasPublicationYear "2012" @default.
- W2100693591 type Work @default.
- W2100693591 sameAs 2100693591 @default.
- W2100693591 citedByCount "77" @default.
- W2100693591 countsByYear W21006935912012 @default.
- W2100693591 countsByYear W21006935912013 @default.
- W2100693591 countsByYear W21006935912014 @default.
- W2100693591 countsByYear W21006935912015 @default.
- W2100693591 countsByYear W21006935912016 @default.
- W2100693591 countsByYear W21006935912017 @default.
- W2100693591 countsByYear W21006935912018 @default.
- W2100693591 countsByYear W21006935912019 @default.
- W2100693591 countsByYear W21006935912020 @default.
- W2100693591 countsByYear W21006935912021 @default.
- W2100693591 countsByYear W21006935912022 @default.
- W2100693591 countsByYear W21006935912023 @default.
- W2100693591 crossrefType "journal-article" @default.
- W2100693591 hasAuthorship W2100693591A5006798337 @default.
- W2100693591 hasAuthorship W2100693591A5011784765 @default.
- W2100693591 hasAuthorship W2100693591A5017308392 @default.
- W2100693591 hasAuthorship W2100693591A5026465199 @default.
- W2100693591 hasAuthorship W2100693591A5065199468 @default.
- W2100693591 hasBestOaLocation W21006935911 @default.
- W2100693591 hasConcept C105063144 @default.
- W2100693591 hasConcept C11255438 @default.
- W2100693591 hasConcept C11413529 @default.
- W2100693591 hasConcept C121332964 @default.
- W2100693591 hasConcept C121864883 @default.
- W2100693591 hasConcept C138885662 @default.
- W2100693591 hasConcept C145148216 @default.
- W2100693591 hasConcept C15184713 @default.
- W2100693591 hasConcept C15706264 @default.
- W2100693591 hasConcept C198291218 @default.
- W2100693591 hasConcept C2776459999 @default.
- W2100693591 hasConcept C41008148 @default.
- W2100693591 hasConcept C41895202 @default.
- W2100693591 hasConcept C51003876 @default.
- W2100693591 hasConcept C58053490 @default.