We propose polarization and angle i

We propose polarization and angle insensitive metamaterials at terahertz frequencies consisting of two concentric ring resonators with interdigitated fingers placed between the rings. We experimentally demonstrate that the bandstop resonance remains unaffected by changes in both the incident angle and the polarization. Furthermore, high quality-factors of more than 16 are observed as Fano-like modes with small dipole moments are excited. We show that the sharpness of the resonance can be controlled by the number of interdigitated finger pairs. The structures exhibit pronounced normal phase dispersion near the resonance, which renders them attractive candidates for electromagnetic induced transparency and slow light applications

結果 (中文) 1:

我们建议极化和角不敏感超在太赫兹频率与交叉手指放在之间的环组成的两个同心环形谐振腔。我们通过实验证明带阻共振不受入射角和极化的变化。此外，高质量因素超过 16 观察 Fano 样模式与小的偶极矩是兴奋。我们表明，共振的清晰度可以受交叉手指对的数目。结构表现出明显的正常阶段色散附近的共振，这使它们具有吸引力的电磁诱导的透明和缓慢的轻型应用程序

結果 (中文) 2:

我们建议极化和角度不敏感的超材料在由放置在环之间互相交叉的手指两个同心环谐振器的太赫兹频率。我们通过实验证明，带阻谐振仍然由在两个入射角和偏振变化的影响。此外，被观察法诺般的模式，具有小偶极矩超过16个高品质的因素是兴奋。我们表明，共振的锐度可以通过相互交叉的指对的数量进行控制。该结构表现出明显的正相分散共振，这使得他们对电磁感应透明和慢光应用的有吸引力的候选接近

結果 (中文) 3:

我们提出了在太赫兹频率由两个同心环谐振器交叉手指放在环之间的极化和角度不敏感材料。我们的实验表明，阻共振仍在入射角和偏振变化的影响。此外，高的超过16个因素的观察Fano小偶极矩模式质量都很兴奋。我们表明，共振的锐度可以通过叉指手指对数字控制。结构表现出明显的正常的相位色散附近的共振，这使他们有吸引力的候选人电磁感应透明和慢光应用