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Configurable topological beam splitting via antichiral gyromagnetic photonic crystal 被引量:1

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摘要 Antichiral gyromagnetic photonic crystal(GPC)in a honeycomb lattice with the two interpenetrating triangular sublattices A and B magnetically biased in opposite directions can realize antichiral one-way edge states propagating along the same direction at its two parallel edges.Here,we report the construction and observation of topological beam splitting with the easily adjustable right-to-left ratio in an antichiral GPC.The splitter is compact and configurable,has high trans-mission efficiency,and allows for multi-channel utilization,crosstalk-proof,and robust against defects and obstacles.This magnificent performance is attributed to the peculiar property that antichiral one-way edge states exist only at zigzag edge but not at armchair edge of antichiral GPC.When we combine two rectangular antichiral GPCs holding left-and right-propagating antichiral one-way edge states respectively,bidirectionally radiating one-way edge states at two paral-lel zigzag edges can be achieved.Our observations can enrich the understanding of fundamental physics and expand to-pological photonic applications.
出处 《Opto-Electronic Science》 2022年第5期26-37,共12页 光电科学(英文)
基金 the National Natural Science Foundation of China(11974119) Science and Technology Project of Guangdong(2020B010190001) Guangdong Innovative and Entrepreneurial Research Team Program(2016ZT06C594) National Key R&D Program of China(2018YFA 0306200).
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