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Purcell effect in one-dimensional photonic quasicrystals

机译:一维光子准晶体中的Purcell效应

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The change in probability of spontaneous emission for emitter placed in one-dimensional photonic quasicrystal (optical Fibonacci lattice) was examined. When the dipole is placed in Fibonacci lattice two different scenarios can be expected: enhancing (if frequency and direction of the dipole emission correspond to optical eigenmode of structure, and position corresponds to maximum value of modes electric field profile) or suppression (in case of photonic band gap) of spontaneous emission rate. Fact that both effects are expressed in quasicrystals less than in the Bragg reflectors and in the microcavities was demonstrated.
机译:研究了放置在一维光子准晶体(光学斐波那契晶格)中的发射器自发发射概率的变化。当偶极子置于斐波那契晶格中时,可以预期两种不同的情况:增强(如果偶极子发射的频率和方向对应于结构的光学本征模态,并且位置对应于模态电场分布的最大值)或抑制(在光子带隙的情况下)自发发射速率。事实证明,这两种效应在准晶体中的表达都比在布拉格反射器和微腔中表达得少。

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