We report the design, fabrication and characterization of a silk inverse opal with engineered photonic bandgap. The realization of a controlled defect in the structure demonstrates another step along the way to the realization of high-performance biocompatible and implantable optical components with programmable spectral responses that could be integrated with living material and suited for work in the biological therapeutic window.
Engineering optical defects in biopolymer photonic lattices
Minzioni, Paolo;
2017-01-01
Abstract
We report the design, fabrication and characterization of a silk inverse opal with engineered photonic bandgap. The realization of a controlled defect in the structure demonstrates another step along the way to the realization of high-performance biocompatible and implantable optical components with programmable spectral responses that could be integrated with living material and suited for work in the biological therapeutic window.File in questo prodotto:
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