FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3205720096> ?p ?o ?g. }

• W3205720096 endingPage "111583" @default.
• W3205720096 startingPage "111583" @default.
• W3205720096 abstract "Optical non-reciprocity possesses a broad range of applications in the design of optical diodes, insulators, circulators, and logical devices. A conventional method to realize optical non-reciprocity is to break the Lorentz reciprocity by introducing magneto-optical materials. However, the realization of strong optical non-reciprocity based on magneto-optical materials usually requires strong external magnetic field, which poses a challenge to observe strong optical non-reciprocity in experiments. Recently, a kind of bulk topological materials called Weyl semimetals attracted researchers’ great interest since they possess the intrinsic Lorentz non-reciprocity. In this paper, we introduce a Weyl semimetals-based layer as a defect into a one-dimensional photonic crystal to achieve strong optical non-reciprocity without applying an external magnetic field. A theoretical model based on the transfer matrix method is proposed to calculate the transmittance for the forward and backward incidences of the structure. By optimizing the parameters, the wavelength difference between two defect modes for the forward and backward incidences in the proposed structure reaches 107 nm, which is two orders higher than that in a one-dimensional photonic crystal containing a InSb-based defect under a 1 T external magnetic field. This strong optical non-reciprocity in simple 1D structure would possess applications in the design of compact passive non-reciprocal devices." @default.
• W3205720096 created "2021-10-25" @default.
• W3205720096 creator A5006948324 @default.
• W3205720096 creator A5016532285 @default.
• W3205720096 creator A5026039526 @default.
• W3205720096 date "2021-11-01" @default.
• W3205720096 modified "2023-10-14" @default.
• W3205720096 title "Strong optical non-reciprocity in one-dimensional photonic crystal containing a Weyl semimetal-based defect" @default.
• W3205720096 cites W1506539382 @default.
• W3205720096 cites W1521481354 @default.
• W3205720096 cites W1911969426 @default.
• W3205720096 cites W1964076534 @default.
• W3205720096 cites W1964737292 @default.
• W3205720096 cites W1968398776 @default.
• W3205720096 cites W1977497605 @default.
• W3205720096 cites W1988199152 @default.
• W3205720096 cites W1996080013 @default.
• W3205720096 cites W1997034764 @default.
• W3205720096 cites W1999719690 @default.
• W3205720096 cites W2000359448 @default.
• W3205720096 cites W2000564135 @default.
• W3205720096 cites W2000672910 @default.
• W3205720096 cites W2000715127 @default.
• W3205720096 cites W2001532204 @default.
• W3205720096 cites W2001797056 @default.
• W3205720096 cites W2005347734 @default.
• W3205720096 cites W2007860731 @default.
• W3205720096 cites W2018336897 @default.
• W3205720096 cites W2024402188 @default.
• W3205720096 cites W2033680071 @default.
• W3205720096 cites W2037523256 @default.
• W3205720096 cites W2038997903 @default.
• W3205720096 cites W2043727230 @default.
• W3205720096 cites W2053391393 @default.
• W3205720096 cites W2057189620 @default.
• W3205720096 cites W2060454717 @default.
• W3205720096 cites W2062163202 @default.
• W3205720096 cites W2062381053 @default.
• W3205720096 cites W2066666307 @default.
• W3205720096 cites W2067319053 @default.
• W3205720096 cites W2067505022 @default.
• W3205720096 cites W2075426133 @default.
• W3205720096 cites W2078628709 @default.
• W3205720096 cites W2082983328 @default.
• W3205720096 cites W2084964082 @default.
• W3205720096 cites W2091278977 @default.
• W3205720096 cites W2094519360 @default.
• W3205720096 cites W2101303462 @default.
• W3205720096 cites W2140127807 @default.
• W3205720096 cites W2192743575 @default.
• W3205720096 cites W2199072469 @default.
• W3205720096 cites W2228631639 @default.
• W3205720096 cites W2279341257 @default.
• W3205720096 cites W2288968760 @default.
• W3205720096 cites W2341694669 @default.
• W3205720096 cites W2417132559 @default.
• W3205720096 cites W2487578022 @default.
• W3205720096 cites W2592561420 @default.
• W3205720096 cites W2886801089 @default.
• W3205720096 cites W2896410930 @default.
• W3205720096 cites W2903663676 @default.
• W3205720096 cites W2906077462 @default.
• W3205720096 cites W2912031911 @default.
• W3205720096 cites W2923362894 @default.
• W3205720096 cites W2963020880 @default.
• W3205720096 cites W2963775228 @default.
• W3205720096 cites W2974741115 @default.
• W3205720096 cites W2995977469 @default.
• W3205720096 cites W2999049291 @default.
• W3205720096 cites W3014141222 @default.
• W3205720096 cites W3015074294 @default.
• W3205720096 cites W3016488688 @default.
• W3205720096 cites W3026949898 @default.
• W3205720096 cites W3027005339 @default.
• W3205720096 cites W3042084369 @default.
• W3205720096 cites W3102375756 @default.
• W3205720096 cites W3102656146 @default.
• W3205720096 cites W3111015049 @default.
• W3205720096 cites W3125144250 @default.
• W3205720096 cites W3134622945 @default.
• W3205720096 cites W3168749309 @default.
• W3205720096 cites W3170302749 @default.
• W3205720096 cites W3173531129 @default.
• W3205720096 cites W3181699582 @default.
• W3205720096 doi "https://doi.org/10.1016/j.optmat.2021.111583" @default.
• W3205720096 hasPublicationYear "2021" @default.
• W3205720096 type Work @default.
• W3205720096 sameAs 3205720096 @default.
• W3205720096 citedByCount "15" @default.
• W3205720096 countsByYear W32057200962022 @default.
• W3205720096 countsByYear W32057200962023 @default.
• W3205720096 crossrefType "journal-article" @default.
• W3205720096 hasAuthorship W3205720096A5006948324 @default.
• W3205720096 hasAuthorship W3205720096A5016532285 @default.
• W3205720096 hasAuthorship W3205720096A5026039526 @default.
• W3205720096 hasConcept C115260700 @default.
• W3205720096 hasConcept C120546263 @default.
• W3205720096 hasConcept C120665830 @default.

• next