Story perspectives

Breakthroughs in Wide-Bandgap Semiconductors Transform Photonics

6/10/2025

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Summary

Story summary

Wide-bandgap oxide semiconductors, such as ZnO and ?-Ga2O3, are revolutionizing photonics and electronics with their remarkable excitonic properties. However, material defects pose challenges to excitonic emission. Fortunately, breakthroughs in characterization and theoretical modeling are driving excitonic engineering forward, promising exciting innovations in photovoltaics and excitonic transistors that will transform light-matter interactions.

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Story summary

Wide-bandgap oxide semiconductors, such as ZnO and ?-Ga2O3, are revolutionizing photonics and electronics with their remarkable excitonic properties. However, material defects pose challenges to excitonic emission. Fortunately, breakthroughs in characterization and theoretical modeling are driving excitonic engineering forward, promising exciting innovations in photovoltaics and excitonic transistors that will transform light-matter interactions.