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Developing nanophotonic structures that are stable in air and at high temperatures - Nature Nanotechnology

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Developing nanophotonic structures that are stable in air and at high temperatures - Nature Nanotechnology

A concept to mitigate temperature-related degradation in nanophotonic materials is implemented in photonic crystals of perovskite and rocksalt oxides. The developed structures can withstand temperatures of 1,100 °C in air and offer wavelength-selective control of thermal emission. Additionally, an algorithm is used to identify alternative material candidates for such structures.

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Developing nanophotonic structures that are stable in air and at high temperatures - Nature Nanotechnology

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Developing nanophotonic structures that are stable in air and at high temperatures - Nature Nanotechnology

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