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Lasing oscillation condition in plasmon-induced transparency waveguide

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Abstract

Plasmonic waveguide with detuned resonators is studied in plasmon-induced transparency window. Gain coefficient is quadratic with detuning in lasing oscillation condition. Spectra in amplification regime below lasing threshold have large group delay, high transmittance and narrow linewidth. A straight-forward biosensing application is demonstrated.

© 2013 Optical Society of America

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