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Tuning the hybridization bandgap by meta-molecules with in-unit interaction
In this paper, we demonstrate that the hybridization bandgap (HBG) can be tuned conveniently by deep subwavelength meta-molecules with …
Yongqiang Chen, Yunhui Li, Qian Wu (吳謙), Haitao Jiang, Yewen Zhang, Hong Chen
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Tuning the hybridization bandgap by meta-molecules with in-unit interaction
Quantum well effect based on hybridization bandgap in deep sub-wavelength coupled meta-atom
In this paper, quantum well (QW) effect in a hybridization bandgap (HBG) structure via hiring deep subwavelength coupled meta-atoms is …
Yongqiang Chen, Yunhui Li, Qian Wu (吳謙), Haitao Jiang, Yewen Zhang, Hong Chen
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Quantum well effect based on hybridization bandgap in deep sub-wavelength coupled meta-atom
Wireless power transfer based on magnetic metamaterials consisting of assembled ultra-subwavelength meta-atoms
In this letter, a potential way to transfer power wirelessly based on magnetic metamaterials (MMs) assembled by ultra-subwavelength …
Qian Wu (吳謙), Yunhui Li, Ning Gao, Fan Yang, Yongqiang Chen, Kai Fang, Yewen Zhang, Hong Chen
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Wireless power transfer based on magnetic metamaterials consisting of assembled ultra-subwavelength meta-atoms