FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2897445210> ?p ?o ?g. }

• W2897445210 endingPage "229" @default.
• W2897445210 startingPage "221" @default.
• W2897445210 abstract "Quantum emitters interacting with two-dimensional photonic-crystal baths experience strong and anisotropic collective dissipation when they are spectrally tuned to 2D Van-Hove singularities. In this work, we show how to turn this dissipation into coherent dipole–dipole interactions with tunable range by breaking the lattice degeneracy at the Van-Hove point with a superlattice geometry. Using a coupled-mode description, we show that the origin of these interactions stems from the emergence of a qubit-photon bound state that inherits the anisotropic properties of the original dissipation and whose spatial decay can be tuned via the superlattice parameters or the detuning of the optical transition respect to the band-edges. Within that picture, we also calculate the emitter induced dynamics in an exact manner, bounding the parameter regimes where the dynamics lies within a Markovian description. As an application, we develop a four-qubit entanglement protocol exploiting the shape of the interactions. Finally, we provide a proof-of-principle example of a photonic crystal where such interactions can be obtained." @default.
• W2897445210 created "2018-10-26" @default.
• W2897445210 creator A5002280037 @default.
• W2897445210 creator A5015960663 @default.
• W2897445210 date "2018-12-20" @default.
• W2897445210 modified "2023-10-14" @default.
• W2897445210 title "Anisotropic Quantum Emitter Interactions in Two-Dimensional Photonic-Crystal Baths" @default.
• W2897445210 cites W1930702843 @default.
• W2897445210 cites W1967937588 @default.
• W2897445210 cites W1971465500 @default.
• W2897445210 cites W1977438483 @default.
• W2897445210 cites W1985355914 @default.
• W2897445210 cites W1985865446 @default.
• W2897445210 cites W1991766321 @default.
• W2897445210 cites W1994822178 @default.
• W2897445210 cites W1998763846 @default.
• W2897445210 cites W2003464774 @default.
• W2897445210 cites W2004084841 @default.
• W2897445210 cites W2024213655 @default.
• W2897445210 cites W2027721425 @default.
• W2897445210 cites W2036296465 @default.
• W2897445210 cites W2038163860 @default.
• W2897445210 cites W2044154164 @default.
• W2897445210 cites W2052516638 @default.
• W2897445210 cites W2053491133 @default.
• W2897445210 cites W2060753269 @default.
• W2897445210 cites W2077086114 @default.
• W2897445210 cites W2080925632 @default.
• W2897445210 cites W2089755098 @default.
• W2897445210 cites W2099002532 @default.
• W2897445210 cites W2102489731 @default.
• W2897445210 cites W2133865602 @default.
• W2897445210 cites W2142679764 @default.
• W2897445210 cites W2154517098 @default.
• W2897445210 cites W2158000927 @default.
• W2897445210 cites W2162536372 @default.
• W2897445210 cites W2171891902 @default.
• W2897445210 cites W2216646336 @default.
• W2897445210 cites W2293330548 @default.
• W2897445210 cites W2319846053 @default.
• W2897445210 cites W2323790138 @default.
• W2897445210 cites W2326759120 @default.
• W2897445210 cites W2338578576 @default.
• W2897445210 cites W2341693593 @default.
• W2897445210 cites W2512567572 @default.
• W2897445210 cites W2596899134 @default.
• W2897445210 cites W2614545939 @default.
• W2897445210 cites W2618714358 @default.
• W2897445210 cites W2620333037 @default.
• W2897445210 cites W2735457220 @default.
• W2897445210 cites W2770902854 @default.
• W2897445210 cites W2797874163 @default.
• W2897445210 cites W2805848055 @default.
• W2897445210 cites W2887315593 @default.
• W2897445210 cites W2950948674 @default.
• W2897445210 cites W3098239693 @default.
• W2897445210 cites W3100714654 @default.
• W2897445210 cites W3102437772 @default.
• W2897445210 cites W3102692477 @default.
• W2897445210 cites W3102874438 @default.
• W2897445210 cites W3104119834 @default.
• W2897445210 cites W3105195789 @default.
• W2897445210 cites W3123984984 @default.
• W2897445210 doi "https://doi.org/10.1021/acsphotonics.8b01455" @default.
• W2897445210 hasPublicationYear "2018" @default.
• W2897445210 type Work @default.
• W2897445210 sameAs 2897445210 @default.
• W2897445210 citedByCount "22" @default.
• W2897445210 countsByYear W28974452102019 @default.
• W2897445210 countsByYear W28974452102020 @default.
• W2897445210 countsByYear W28974452102021 @default.
• W2897445210 countsByYear W28974452102022 @default.
• W2897445210 countsByYear W28974452102023 @default.
• W2897445210 crossrefType "journal-article" @default.
• W2897445210 hasAuthorship W2897445210A5002280037 @default.
• W2897445210 hasAuthorship W2897445210A5015960663 @default.
• W2897445210 hasBestOaLocation W28974452102 @default.
• W2897445210 hasConcept C105382558 @default.
• W2897445210 hasConcept C121040770 @default.
• W2897445210 hasConcept C121332964 @default.
• W2897445210 hasConcept C130725296 @default.
• W2897445210 hasConcept C135402231 @default.
• W2897445210 hasConcept C159317903 @default.
• W2897445210 hasConcept C173523689 @default.
• W2897445210 hasConcept C203087015 @default.
• W2897445210 hasConcept C26873012 @default.
• W2897445210 hasConcept C62520636 @default.
• W2897445210 hasConcept C75302062 @default.
• W2897445210 hasConcept C84114770 @default.
• W2897445210 hasConcept C85725439 @default.
• W2897445210 hasConceptScore W2897445210C105382558 @default.
• W2897445210 hasConceptScore W2897445210C121040770 @default.
• W2897445210 hasConceptScore W2897445210C121332964 @default.
• W2897445210 hasConceptScore W2897445210C130725296 @default.
• W2897445210 hasConceptScore W2897445210C135402231 @default.
• W2897445210 hasConceptScore W2897445210C159317903 @default.
• W2897445210 hasConceptScore W2897445210C173523689 @default.
• W2897445210 hasConceptScore W2897445210C203087015 @default.

• next