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Two-Pulse Photoluminescence Correlation Technique for Studying Ultrafast Carrier Dynamics in Deep-UV Few Monolayer Thick Nitride Quantum Wells

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Abstract

We a present a new two-pulse photoluminescence correlation technique and use it to study ultrafast dynamics of photoexcited carriers in few monolayer thick deep-UV GaN/AlN quantum wells with picosecond time resolution. Our results show that our technique can be used to study carrier dynamics in nanostructures using photoluminescence in a very simple way.

© 2017 Optical Society of America

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