Hollow-core resonator based on out-of-plane two-dimensional photonic band-gap crystal cladding at microwave frequencies

Georges Humbert 1 Jean-Michel Le Floch 2 David Mouneyrac 3 Denis Férachou 1 Michel Aubourg 3 Michael E. Tobar 2 Dominique Cros 3 Jean-Marc Blondy 1
1 PHOTONIQUE
XLIM - XLIM
2 School of Physics
3 MINACOM
XLIM - XLIM
Abstract : We report on the demonstration of a resonator based on electromagnetic field confinement in a hollow-core by implementing an out-of-plane two-dimensional ﲤ2Dﲥ photonic band-gap ﲤPBGﲥ crystal cladding. In contrast with in-plane 2D PBG crystal devices, the PBG crystal studied here is perpendicular to the propagation axis. A resonator was constructed with silica rods to prove the concept at frequencies around 30 GHz. We show that the technique has the potential to reach quality factors ﲤQﲥ of 5 ﲡ 105.
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Contributeur : Sophie Lebraud <>
Soumis le : mercredi 3 mars 2010 - 11:29:36
Dernière modification le : vendredi 13 décembre 2019 - 13:18:03

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Georges Humbert, Jean-Michel Le Floch, David Mouneyrac, Denis Férachou, Michel Aubourg, et al.. Hollow-core resonator based on out-of-plane two-dimensional photonic band-gap crystal cladding at microwave frequencies. Applied Physics Letters, American Institute of Physics, 2010, 96 (5), 051108 (3 p.). ⟨10.1063/1.3303857⟩. ⟨hal-00461064⟩

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