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High-Purcell High-quantum-yield Gap-plasmon Spontaneous Emission Enhancement based on Optically Thin Metallic Substrates

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Abstract

We theoretically predict optically thin metallic substrates facilitates high-Purcell (> 104), high-efficiency (>50%) gap-plasmon spontaneous emission with vanishing gap size. The enhancement is almost spatially uniform and does not suffer from quenching that commonly exist in previous structures.

© 2016 Optical Society of America

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