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Surface plasmon and Mott transition in strongly-correlated oxide VO2

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Abstract

Recently, functional oxides have received much attention for alternative plasmonic materials [1-3]. Plasmonic manipulations based on Mott transition provide new insight im many areas of scientific and practical fields, which produce an additional means of tuning plasmonic properties in a manner that is not as readily available in metals. In this presentation, we report the control of surface plasmons in VO2 nanodots by the Mott transition from an insulating to a metal phase.

© 2014 Japan Society of Applied Physics, Optical Society of America

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