FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3097612683> ?p ?o ?g. }

• W3097612683 abstract "The realization of robust strong coupling and entanglement between distant quantum emitters (QEs) is necessary for scalable quantum-information processes. However, it is hard to achieve it based on conventional systems. Here, we propose theoretically and demonstrate numerically a scheme to realize such strong coupling and entanglement. Our scheme is based on the photonic crystal platform with topologically protected edge state and zero-dimensional topological corner cavities. When the QEs are put into topological cavities, the strong coupling between them can be fulfilled with the assistance of the topologically protected interface state. Such a strong coupling can maintain a very long distance and be robust against various defects. In particular, we numerically prove that the topologically protected entanglement between two QEs can also be realized. Moreover, the duration of quantum beats for such entanglement can reach several orders longer than that for the entanglement in a conventional photonic cavity, making it beneficial for a scalable quantum-information process." @default.
• W3097612683 created "2020-11-09" @default.
• W3097612683 creator A5018918492 @default.
• W3097612683 creator A5039646510 @default.
• W3097612683 creator A5056949784 @default.
• W3097612683 creator A5062448897 @default.
• W3097612683 creator A5086979603 @default.
• W3097612683 date "2020-11-04" @default.
• W3097612683 modified "2023-10-09" @default.
• W3097612683 title "Topologically Protected Strong Coupling and Entanglement Between Distant Quantum Emitters" @default.
• W3097612683 cites W1912452675 @default.
• W3097612683 cites W1930702843 @default.
• W3097612683 cites W1963740911 @default.
• W3097612683 cites W1971309769 @default.
• W3097612683 cites W1978426240 @default.
• W3097612683 cites W1979029367 @default.
• W3097612683 cites W1987693322 @default.
• W3097612683 cites W1987750004 @default.
• W3097612683 cites W1991853390 @default.
• W3097612683 cites W1997972857 @default.
• W3097612683 cites W2011054254 @default.
• W3097612683 cites W2011208902 @default.
• W3097612683 cites W2017077355 @default.
• W3097612683 cites W2029566284 @default.
• W3097612683 cites W2049503351 @default.
• W3097612683 cites W2053033894 @default.
• W3097612683 cites W2053491133 @default.
• W3097612683 cites W2055324631 @default.
• W3097612683 cites W2064051116 @default.
• W3097612683 cites W2083180015 @default.
• W3097612683 cites W2090667797 @default.
• W3097612683 cites W2092576770 @default.
• W3097612683 cites W2129522321 @default.
• W3097612683 cites W2132764286 @default.
• W3097612683 cites W2152891913 @default.
• W3097612683 cites W2162328638 @default.
• W3097612683 cites W2168102333 @default.
• W3097612683 cites W2170360940 @default.
• W3097612683 cites W2322202305 @default.
• W3097612683 cites W2337208634 @default.
• W3097612683 cites W2407474129 @default.
• W3097612683 cites W2418622137 @default.
• W3097612683 cites W2512567572 @default.
• W3097612683 cites W2520566253 @default.
• W3097612683 cites W2550557842 @default.
• W3097612683 cites W2600879623 @default.
• W3097612683 cites W2621629515 @default.
• W3097612683 cites W2746007985 @default.
• W3097612683 cites W2757174636 @default.
• W3097612683 cites W2761412195 @default.
• W3097612683 cites W2766431627 @default.
• W3097612683 cites W2769423781 @default.
• W3097612683 cites W2785331841 @default.
• W3097612683 cites W2786312866 @default.
• W3097612683 cites W2795835319 @default.
• W3097612683 cites W2810206590 @default.
• W3097612683 cites W2887315593 @default.
• W3097612683 cites W2890277889 @default.
• W3097612683 cites W2891317722 @default.
• W3097612683 cites W2899138872 @default.
• W3097612683 cites W2899688016 @default.
• W3097612683 cites W2903947442 @default.
• W3097612683 cites W2904233115 @default.
• W3097612683 cites W2904552528 @default.
• W3097612683 cites W2907149972 @default.
• W3097612683 cites W2939796430 @default.
• W3097612683 cites W2963116858 @default.
• W3097612683 cites W2964334471 @default.
• W3097612683 cites W2969704450 @default.
• W3097612683 cites W2973298708 @default.
• W3097612683 cites W2985637976 @default.
• W3097612683 cites W3002424306 @default.
• W3097612683 cites W3005553343 @default.
• W3097612683 cites W3098271581 @default.
• W3097612683 cites W3098497904 @default.
• W3097612683 cites W3098550276 @default.
• W3097612683 cites W3100091384 @default.
• W3097612683 cites W3100182940 @default.
• W3097612683 cites W3102169850 @default.
• W3097612683 cites W3102656082 @default.
• W3097612683 cites W3103618868 @default.
• W3097612683 cites W3103834399 @default.
• W3097612683 cites W3105110965 @default.
• W3097612683 cites W3106445932 @default.
• W3097612683 cites W41153617 @default.
• W3097612683 cites W4211161891 @default.
• W3097612683 doi "https://doi.org/10.1103/physrevapplied.14.054007" @default.
• W3097612683 hasPublicationYear "2020" @default.
• W3097612683 type Work @default.
• W3097612683 sameAs 3097612683 @default.
• W3097612683 citedByCount "8" @default.
• W3097612683 countsByYear W30976126832021 @default.
• W3097612683 countsByYear W30976126832022 @default.
• W3097612683 countsByYear W30976126832023 @default.
• W3097612683 crossrefType "journal-article" @default.
• W3097612683 hasAuthorship W3097612683A5018918492 @default.
• W3097612683 hasAuthorship W3097612683A5039646510 @default.
• W3097612683 hasAuthorship W3097612683A5056949784 @default.
• W3097612683 hasAuthorship W3097612683A5062448897 @default.
• W3097612683 hasAuthorship W3097612683A5086979603 @default.

• next