Fig. 2 Electronic structure of the Kagome area.

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Fig. 2 Electronic structure of the Kagome area. Electronic structure of the Kagome area. (A) STS spectrum (Vs = 2 V, It = 100 pA) from the Kagome area shows two distinctive peaks: an intensive peak at 1.32 V (FB peak) and a broad peak (BP) centered around 1.7 V. The valley position corresponds to the energy of Kagome edge state (ES). The inset figure shows the STS spectrum from −1.5 to 1 V (Vs = 1 V, It = 100 pA). Two vHs peaks are resolved at −1.2 and 0.75 V. (B) Fitting results for the intensive peak and the broad peak. The broad peak is fitted by Lorentzian functions. The two peak components are centered at 1.60 and 1.73 V. (C) STM image of large-scale Kagome lattice (20 nm × 20 nm, Vs = 1 V, It = 100 pA). (D and E) DOS mappings of the region enclosed by the black square in (C) at the FB (6 nm × 6 nm, Vs = 1.32 V, It = 100 pA) and broad peak (6 nm × 6 nm, Vs = 1.7 V, It = 100 pA) energies. (F) Structural model of an interlayer twisted silicene multilayer. Two kinds of AA stacking sites are marked by red and black plates, respectively. The red plates are larger than the black plates because of the influence of the larger area of AA stacking sites of unbuckled atoms. The regions not affected have been marked by blue circles. (G and H) DFT simulation images of LDOS for the FB at around 1.30 V and broad band at around 1.50 V, respectively. The Star of David is a guide to the eye. Zhi Li et al. Sci Adv 2018;4:eaau4511 Copyright © 2018 The Authors, some rights reserved; exclusive licensee American Association for the Advancement of Science. No claim to original U.S. Government Works. Distributed under a Creative Commons Attribution NonCommercial License 4.0 (CC BY-NC).