Self-assembled heteroepitaxial microcrystals based on group-IV semiconductors are promising benchmarks for the development of devices such as light absorbers and emitters. Here we show how to tune and exploit their photonic properties to increase light absorption and photoluminescence.
Pedrini, J., Pezzoli, F. (2022). Light-matter interaction in self-assembled semiconductor microstructures. In 2022 IEEE Photonics Society Summer Topicals Meeting Series, SUM 2022 - Proceedings [10.1109/SUM53465.2022.9858277].
Light-matter interaction in self-assembled semiconductor microstructures
Pedrini, J;Pezzoli, F
2022
Abstract
Self-assembled heteroepitaxial microcrystals based on group-IV semiconductors are promising benchmarks for the development of devices such as light absorbers and emitters. Here we show how to tune and exploit their photonic properties to increase light absorption and photoluminescence.
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