Study on fluorescence collection efficiency of diamond
nanopillar enhanced color center

doi:10.3969/j.issn.1007-5461.2025.02.011

Abstract

Abstract: Diamond nanopillars can improve the photon emission efficiency of color centers and have a focusing effect on the emitted photons. By using the time-domain finite-difference method, the effects of structural changes such as diameter, height and color center position of diamond nanopillar on parameters such as Purcell factor, photon transmittance and photon extraction efficiency of color centers in the nanopillars are studied in this work, the mechanism of the nanopillar structure enhancing the luminescence of color centers is discussed, and the optimal nanopillar structure parameters are explored to obtain the maximal total fluorescence collection of color centers. It is found that the total fluorescence collection of color centers under the optimal structure is 17 times

Key words: quantum optics, fluorescence enhancement, time-domain finite-difference method, nanopillar, diamond

CLC Number:

NT252

TAN Xin, HE Zhanqing, , YANG Qiao, , WANG Jian, , CANG Lei , , DU Yanlong, , QI Hui , . Study on fluorescence collection efficiency of diamond nanopillar enhanced color center[J]. Chinese Journal of Quantum Electronics, 2025, 42(2): 255-264.

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Study on fluorescence collection efficiency of diamond nanopillar enhanced color center

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