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Exceptional point and parity-time symmetry on dipole mie resonances in dimer

机译:二聚体中偶极MIE共振的特殊点和奇偶校正时间对称

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Here, we study exceptional point and parity-time (PT) symmetry regimes in a dimer of rods supporting dipole Mie resonances. In order to achieve PT-symmetry, the significant radiative decay that is associated with dipole resonances has to be offset by internal gain in the rods. We suggest an approach to finding the parameters of a dimer that would have an exceptional point at a given real frequency. We then show that this dimer starts demonstrating PT-symmetry when its gain-loss contrast is decreased with respect to the exceptional point.
机译:在这里,我们研究了支持偶极MIE共振的杆的二聚体中的特殊点和奇偶校正时间(PT)对称性制度。 为了实现Pt对称性,与偶极谐振相关的显着辐射衰减必须通过杆中的内部增益来抵消。 我们建议寻找具有在给定实时频率的特殊点的二聚体参数的方法。 然后,我们表明,当其增益损耗对比度相对于特殊点降低时,该二聚体开始演示Pt对称性。

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