High-Q hybrid plasmon-photon modes in a bottle resonator realized with a silver-coated glass fiber with a varying diameter

High-Q hybrid plasmon-photon modes in a bottle resonator realized with a silver-coated glass fiber with a varying diameter

We experimentally demonstrate that hybrid plasmon-photon modes exist in a silver-coated glass bottle resonator. The bottle resonator is realized in a glass fiber with a smoothly varying diameter, which is subsequently coated with a rhodamine 800-dye doped acryl-glass layer and a 30 nm thick silver l...

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Veröffentlicht in:Physical review letters 2013-12, Vol.111 (25), p.253901-253901, Article 253901
Hauptverfasser: Rottler, Andreas, Harland, Malte, Bröll, Markus, Klingbeil, Matthias, Ehlermann, Jens, Mendach, Stefan
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container_issue 25
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container_title Physical review letters
container_volume 111
creator Rottler, Andreas
Harland, Malte
Bröll, Markus
Klingbeil, Matthias
Ehlermann, Jens
Mendach, Stefan
description We experimentally demonstrate that hybrid plasmon-photon modes exist in a silver-coated glass bottle resonator. The bottle resonator is realized in a glass fiber with a smoothly varying diameter, which is subsequently coated with a rhodamine 800-dye doped acryl-glass layer and a 30 nm thick silver layer. We show by means of photoluminescence experiments supported by electromagnetic simulations that the rhodamine 800 photoluminescence excites hybrid plasmon-photon modes in such a bottle resonator, which provide a plasmon-type field enhancement at the outer silver surface and exhibit quality factors as high as 1000.
doi_str_mv 10.1103/PhysRevLett.111.253901
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title High-Q hybrid plasmon-photon modes in a bottle resonator realized with a silver-coated glass fiber with a varying diameter
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