Matches in SemOpenAlex for { <https://semopenalex.org/work/W3081750653> ?p ?o ?g. }
- W3081750653 abstract "We propose a simple scheme for implementing fast arbitrary phase gates and employ pulse modulation to improve the gate robustness against different sources of noise. Parametric driving of a cavity is introduced to induce Rabi interactions between the cavity and qutrits, and then a two-qubit arbitrary phase gate is constructed by designing proper logical states. On this basis, we implement amplitude-shaped gates to obtain enhanced resilience to control errors in gate time and frequency detuning. By virtue of specifically designed logical states, the scheme displays intrinsic resistance to the energy relaxations of qutrits. Furthermore, we show that the gate robustness against cavity decay can be enhanced significantly with amplitude modulation." @default.
- W3081750653 created "2020-09-08" @default.
- W3081750653 creator A5041133716 @default.
- W3081750653 creator A5045254797 @default.
- W3081750653 creator A5056431233 @default.
- W3081750653 creator A5061281514 @default.
- W3081750653 creator A5061605317 @default.
- W3081750653 creator A5080657334 @default.
- W3081750653 date "2020-09-02" @default.
- W3081750653 modified "2023-09-24" @default.
- W3081750653 title "Noise-resistant phase gates with amplitude modulation" @default.
- W3081750653 cites W1670861901 @default.
- W3081750653 cites W1671333293 @default.
- W3081750653 cites W1702425859 @default.
- W3081750653 cites W1793244485 @default.
- W3081750653 cites W1803064406 @default.
- W3081750653 cites W1821862367 @default.
- W3081750653 cites W1830943758 @default.
- W3081750653 cites W1965883494 @default.
- W3081750653 cites W1968850365 @default.
- W3081750653 cites W1986933492 @default.
- W3081750653 cites W1998065025 @default.
- W3081750653 cites W2006920894 @default.
- W3081750653 cites W2007536474 @default.
- W3081750653 cites W2020052867 @default.
- W3081750653 cites W2030467629 @default.
- W3081750653 cites W2033047360 @default.
- W3081750653 cites W2033343418 @default.
- W3081750653 cites W2035196178 @default.
- W3081750653 cites W2041343357 @default.
- W3081750653 cites W2044399721 @default.
- W3081750653 cites W2045217290 @default.
- W3081750653 cites W2045847477 @default.
- W3081750653 cites W2053416090 @default.
- W3081750653 cites W2054575124 @default.
- W3081750653 cites W2056281570 @default.
- W3081750653 cites W2056576695 @default.
- W3081750653 cites W2074924470 @default.
- W3081750653 cites W2079316229 @default.
- W3081750653 cites W2080151690 @default.
- W3081750653 cites W2082377591 @default.
- W3081750653 cites W2102008187 @default.
- W3081750653 cites W2118492081 @default.
- W3081750653 cites W2134477962 @default.
- W3081750653 cites W2154196599 @default.
- W3081750653 cites W2170552382 @default.
- W3081750653 cites W2236740115 @default.
- W3081750653 cites W2298410160 @default.
- W3081750653 cites W2301835493 @default.
- W3081750653 cites W2327874733 @default.
- W3081750653 cites W2463723514 @default.
- W3081750653 cites W2496556349 @default.
- W3081750653 cites W2513279621 @default.
- W3081750653 cites W2587993510 @default.
- W3081750653 cites W2616524326 @default.
- W3081750653 cites W2654377382 @default.
- W3081750653 cites W2724166426 @default.
- W3081750653 cites W2757790364 @default.
- W3081750653 cites W2759406670 @default.
- W3081750653 cites W2790746568 @default.
- W3081750653 cites W2798807046 @default.
- W3081750653 cites W2803302208 @default.
- W3081750653 cites W2803486273 @default.
- W3081750653 cites W2811248180 @default.
- W3081750653 cites W2900776120 @default.
- W3081750653 cites W2911433434 @default.
- W3081750653 cites W2914614045 @default.
- W3081750653 cites W2971866527 @default.
- W3081750653 cites W2977788580 @default.
- W3081750653 cites W2979595595 @default.
- W3081750653 cites W2981767369 @default.
- W3081750653 cites W2982968625 @default.
- W3081750653 cites W2986506584 @default.
- W3081750653 cites W2995992008 @default.
- W3081750653 cites W2997930733 @default.
- W3081750653 cites W3001070319 @default.
- W3081750653 cites W3010910121 @default.
- W3081750653 cites W3013754363 @default.
- W3081750653 cites W3099082722 @default.
- W3081750653 cites W3099696362 @default.
- W3081750653 cites W3101029680 @default.
- W3081750653 cites W3103878708 @default.
- W3081750653 cites W3104946176 @default.
- W3081750653 cites W3105090813 @default.
- W3081750653 cites W3106217129 @default.
- W3081750653 cites W3106238698 @default.
- W3081750653 doi "https://doi.org/10.1103/physreva.102.032601" @default.
- W3081750653 hasPublicationYear "2020" @default.
- W3081750653 type Work @default.
- W3081750653 sameAs 3081750653 @default.
- W3081750653 citedByCount "3" @default.
- W3081750653 countsByYear W30817506532022 @default.
- W3081750653 countsByYear W30817506532023 @default.
- W3081750653 crossrefType "journal-article" @default.
- W3081750653 hasAuthorship W3081750653A5041133716 @default.
- W3081750653 hasAuthorship W3081750653A5045254797 @default.
- W3081750653 hasAuthorship W3081750653A5056431233 @default.
- W3081750653 hasAuthorship W3081750653A5061281514 @default.
- W3081750653 hasAuthorship W3081750653A5061605317 @default.
- W3081750653 hasAuthorship W3081750653A5080657334 @default.