具有磁电耦合和陀螺特性的功能材料

C. Qiu, S. Zouhdi, Lewei Li
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引用次数: 0

摘要

微波区的负折射是通过在同一频率范围内要求两个适当的共振来实现的。到目前为止,NIM的实验结果大多在微波频率范围内,只有少量的亚毫米波和红外频率的NIM初步结果。如果能在光学频率处实现负折射,则负折射率介质的影响将会大得多。提出了一种通过磁电耦合实现光频率下的反向波和负折射的替代方法。研究了这些耦合的陀螺效应,并讨论了潜在的应用
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Functional Materials with Magnetoelectric Couplings and Gyrotropy
Negative refraction in microwave region have been achieved by requiring two appropriate resonances in the same frequency range. To date, most of the experimental results concerning NIM are in the microwave frequency range, with only a few preliminary results of NIMs available at sub-mm wave and infrared frequencies. The impact of negative index media would be much larger if one can realize negative refraction at optical frequencies. An alternative approach to achieve backward waves and negative refraction at optical frequencies is proposed via magnetoelectric couplings. The gyrotropy effects of those couplings are also examined and potential applications are discussed
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