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• W3178082020 abstract "We analytically describe the plasmonic edge modes for an interface that involves the twisted bilayer graphene (TBG) or other similar Moire van der Waals heterostructure. For this purpose, we employ a spatially homogeneous, isotropic and frequency-dependent tensor conductivity which in principle accounts for electronic and electrostatic interlayer couplings. We predict that the edge mode dispersion relation explicitly depends on the chiral response even in the nonretarded limit, in contrast to the collective bulk plasmonic excitations in the TBG. We obtain a universal function for the dispersion of the optical edge plasmon in the paramagnetic regime. This implies a correspondence of the chiral-TBG optical plasmon to a magnetoplasmon of a single sheet, and chirality is interpreted as an effective magnetic field. The chirality also opens up the possibility of nearly undamped acoustic modes in the paramagnetic regime. Our results may guide future near-field nanoscopy for van der Waals heterostructures. In our analysis, we retain the long-range electrostatic interaction, and apply the Wiener-Hopf method to a system of integral equations for the scalar potentials of the two layers." @default.
• W3178082020 created "2021-07-19" @default.
• W3178082020 creator A5015027571 @default.
• W3178082020 creator A5051899167 @default.
• W3178082020 date "2021-09-20" @default.
• W3178082020 modified "2023-10-16" @default.
• W3178082020 title "Theory of plasmonic edge states in chiral bilayer systems" @default.
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• W3178082020 cites W2003070696 @default.
• W3178082020 cites W2040513306 @default.
• W3178082020 cites W2099026121 @default.
• W3178082020 cites W2107554235 @default.
• W3178082020 cites W2130594272 @default.
• W3178082020 cites W2131559095 @default.
• W3178082020 cites W2135926269 @default.
• W3178082020 cites W2207927725 @default.
• W3178082020 cites W2267508026 @default.
• W3178082020 cites W2281974112 @default.
• W3178082020 cites W2304116516 @default.
• W3178082020 cites W2502361801 @default.
• W3178082020 cites W2530918466 @default.
• W3178082020 cites W2533757492 @default.
• W3178082020 cites W2547571286 @default.
• W3178082020 cites W2557528190 @default.
• W3178082020 cites W2586982293 @default.
• W3178082020 cites W2619771834 @default.
• W3178082020 cites W2745522798 @default.
• W3178082020 cites W2771565417 @default.
• W3178082020 cites W2787584289 @default.
• W3178082020 cites W2793369479 @default.
• W3178082020 cites W2793516092 @default.
• W3178082020 cites W2794633638 @default.
• W3178082020 cites W2795196153 @default.
• W3178082020 cites W2795391316 @default.
• W3178082020 cites W2797113558 @default.
• W3178082020 cites W2798270675 @default.
• W3178082020 cites W2798912116 @default.
• W3178082020 cites W2804324455 @default.
• W3178082020 cites W2804628806 @default.
• W3178082020 cites W2804651528 @default.
• W3178082020 cites W2806753121 @default.
• W3178082020 cites W2807862208 @default.
• W3178082020 cites W2808838564 @default.
• W3178082020 cites W2810345025 @default.
• W3178082020 cites W2886074776 @default.
• W3178082020 cites W2891420974 @default.
• W3178082020 cites W2892033050 @default.
• W3178082020 cites W2902369167 @default.
• W3178082020 cites W2903962569 @default.
• W3178082020 cites W2909737023 @default.
• W3178082020 cites W2949890465 @default.
• W3178082020 cites W2953587790 @default.
• W3178082020 cites W2963948940 @default.
• W3178082020 cites W2975696187 @default.
• W3178082020 cites W2975763775 @default.
• W3178082020 cites W2978632357 @default.
• W3178082020 cites W2982376788 @default.
• W3178082020 cites W3007653868 @default.
• W3178082020 cites W3013034951 @default.
• W3178082020 cites W3023781372 @default.
• W3178082020 cites W3035045737 @default.
• W3178082020 cites W3036512228 @default.
• W3178082020 cites W3036530216 @default.
• W3178082020 cites W3036690748 @default.
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• W3178082020 cites W3081733792 @default.
• W3178082020 cites W3087823844 @default.
• W3178082020 cites W3097945222 @default.
• W3178082020 cites W3098859253 @default.
• W3178082020 cites W3099692629 @default.
• W3178082020 cites W3100535138 @default.
• W3178082020 cites W3101354295 @default.
• W3178082020 cites W3101724452 @default.
• W3178082020 cites W3103241544 @default.
• W3178082020 cites W3103733560 @default.
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• W3178082020 cites W3133855032 @default.
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• W3178082020 doi "https://doi.org/10.1103/physrevb.104.115422" @default.
• W3178082020 hasPublicationYear "2021" @default.
• W3178082020 type Work @default.
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