Matches in SemOpenAlex for { <https://semopenalex.org/work/W3200877064> ?p ?o ?g. }
- W3200877064 endingPage "3880" @default.
- W3200877064 startingPage "3880" @default.
- W3200877064 abstract "We numerically demonstrate that a planar slab made of magnetic Weyl semimetal (a class of topological materials) can emit high-purity circularly polarized (CP) thermal radiation over a broad mid- and long-wave infrared wavelength range for a significant portion of its emission solid angle. This effect fundamentally arises from the strong infrared gyrotropy or nonreciprocity of these materials, which primarily depends on the momentum separation between Weyl nodes in the band structure. We clarify the dependence of this effect on the underlying physical parameters and highlight that the spectral bandwidth of CP thermal emission increases with increasing momentum separation between the Weyl nodes. We also demonstrate, using the recently developed thermal discrete dipole approximation (TDDA) computational method, that finite-size bodies of magnetic Weyl semimetals can emit spectrally broadband CP thermal light, albeit over smaller portion of the emission solid angle compared to the planar slabs. Our work identifies unique fundamental and technological prospects of magnetic Weyl semimetals for engineering thermal radiation and designing efficient CP light sources." @default.
- W3200877064 created "2021-09-27" @default.
- W3200877064 creator A5032902075 @default.
- W3200877064 creator A5044560866 @default.
- W3200877064 creator A5050419964 @default.
- W3200877064 creator A5069555028 @default.
- W3200877064 creator A5085837834 @default.
- W3200877064 creator A5087211403 @default.
- W3200877064 date "2021-10-25" @default.
- W3200877064 modified "2023-10-02" @default.
- W3200877064 title "Broadband circularly polarized thermal radiation from magnetic Weyl semimetals" @default.
- W3200877064 cites W1538825449 @default.
- W3200877064 cites W1552732685 @default.
- W3200877064 cites W1552981254 @default.
- W3200877064 cites W1572719034 @default.
- W3200877064 cites W1780214118 @default.
- W3200877064 cites W1880666908 @default.
- W3200877064 cites W1973048334 @default.
- W3200877064 cites W1974754426 @default.
- W3200877064 cites W1991170193 @default.
- W3200877064 cites W1999621311 @default.
- W3200877064 cites W2020420606 @default.
- W3200877064 cites W2021450548 @default.
- W3200877064 cites W2025644630 @default.
- W3200877064 cites W2032940382 @default.
- W3200877064 cites W2033475667 @default.
- W3200877064 cites W2045105384 @default.
- W3200877064 cites W2052918639 @default.
- W3200877064 cites W2069938504 @default.
- W3200877064 cites W2084772546 @default.
- W3200877064 cites W2094612186 @default.
- W3200877064 cites W2105704430 @default.
- W3200877064 cites W2111699871 @default.
- W3200877064 cites W2177455466 @default.
- W3200877064 cites W2224902533 @default.
- W3200877064 cites W2279341257 @default.
- W3200877064 cites W2312474617 @default.
- W3200877064 cites W2331487889 @default.
- W3200877064 cites W2337470417 @default.
- W3200877064 cites W2417132559 @default.
- W3200877064 cites W2441456267 @default.
- W3200877064 cites W2466048985 @default.
- W3200877064 cites W2523435820 @default.
- W3200877064 cites W2533726341 @default.
- W3200877064 cites W2554487663 @default.
- W3200877064 cites W2611395271 @default.
- W3200877064 cites W2665534536 @default.
- W3200877064 cites W2693781430 @default.
- W3200877064 cites W2736348097 @default.
- W3200877064 cites W2758808502 @default.
- W3200877064 cites W2769371459 @default.
- W3200877064 cites W2781910241 @default.
- W3200877064 cites W2788231837 @default.
- W3200877064 cites W2800368656 @default.
- W3200877064 cites W2811019982 @default.
- W3200877064 cites W2886801089 @default.
- W3200877064 cites W2900486830 @default.
- W3200877064 cites W2950194950 @default.
- W3200877064 cites W2951336567 @default.
- W3200877064 cites W2953155539 @default.
- W3200877064 cites W2971220211 @default.
- W3200877064 cites W2974741115 @default.
- W3200877064 cites W3002227215 @default.
- W3200877064 cites W3005666566 @default.
- W3200877064 cites W3006306754 @default.
- W3200877064 cites W3008972933 @default.
- W3200877064 cites W3015074294 @default.
- W3200877064 cites W3016488688 @default.
- W3200877064 cites W3019084001 @default.
- W3200877064 cites W3027005339 @default.
- W3200877064 cites W3034965837 @default.
- W3200877064 cites W3036968326 @default.
- W3200877064 cites W3042084369 @default.
- W3200877064 cites W3098890513 @default.
- W3200877064 cites W3099947976 @default.
- W3200877064 cites W3100937751 @default.
- W3200877064 cites W3100965647 @default.
- W3200877064 cites W3102401407 @default.
- W3200877064 cites W3102656146 @default.
- W3200877064 cites W3104298406 @default.
- W3200877064 cites W3105928561 @default.
- W3200877064 cites W3118073758 @default.
- W3200877064 cites W3122911073 @default.
- W3200877064 doi "https://doi.org/10.1364/ome.437838" @default.
- W3200877064 hasPublicationYear "2021" @default.
- W3200877064 type Work @default.
- W3200877064 sameAs 3200877064 @default.
- W3200877064 citedByCount "18" @default.
- W3200877064 countsByYear W32008770642021 @default.
- W3200877064 countsByYear W32008770642022 @default.
- W3200877064 countsByYear W32008770642023 @default.
- W3200877064 crossrefType "journal-article" @default.
- W3200877064 hasAuthorship W3200877064A5032902075 @default.
- W3200877064 hasAuthorship W3200877064A5044560866 @default.
- W3200877064 hasAuthorship W3200877064A5050419964 @default.
- W3200877064 hasAuthorship W3200877064A5069555028 @default.
- W3200877064 hasAuthorship W3200877064A5085837834 @default.
- W3200877064 hasAuthorship W3200877064A5087211403 @default.