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Shedding light on diatom photonics by means of digital holography

机译:通过数字全息术使硅藻光子发光

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摘要

Diatoms are among the dominant phytoplankters in the world's oceans, and their external silica investments, resembling artificial photonic crystals, are expected to play an active role in light manipulation. Digital holography allowed studying the interaction with light of Coscinodiscus wailesii cell wall reconstructing the light confinement inside the cell cytoplasm, condition that is hardly accessible via standard microscopy. The full characterization of the propagated beam, in terms of quantitative phase and intensity, removed a long-standing ambiguity about the origin of the light confinement. The data were discussed in the light of living cell behavior in response to their environment.
机译:硅藻是世界海洋中主要的浮游植物之一,其外部硅石投资类似于人工光子晶体,有望在光操纵中发挥积极作用。数字全息术可以研究与Coscinodiscus wailesii细胞壁的光相互作用,从而将光限制在细胞质内部,这种条件很难通过标准显微镜观察到。就定量相位和强度而言,传播光束的完整特征消除了关于光限制源头的长期歧义。根据活细胞对环境的反应对数据进行了讨论。

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