Two-Dimensional Array of Photoluminescent Light Sources by Selective Integration of Conjugated Luminescent Polymers into Three-Dimensional Silicon Microstructures

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Abstract

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Two-dimensional arrays of photoluminescent light sources with characteristic sizes and periods ranging from a few micrometers to tens of micrometers are obtained by selective F8BT integration into 3D silicon microstructures featuring 2D arrays of holes with different sizes, periods, and aspect ratios. Such a synergic integration of luminescent polymers and silicon microstructures paves the way for new photonics applications.

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