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External control of dissipative coupling in heterogeneously integrated photonic crystal-SOI waveguide optomechanical system 
Auteur(s): Tsvirkun V., Surrente Alessandro, Raineri F., Beaudoin G., Raj R., Sagnes Isabelle, Robert-Philip I., Braive Rémy
(Article) Publié:
Photonics, vol. 3 p.52 (2016)
Texte intégral en Openaccess : 
Ref HAL: hal-01668675_v1
DOI: 10.3390/photonics3040052
WoS: 000391179800002
Exporter : BibTex | endNote
Résumé: Cavity optomechanical systems with an enhanced coupling between mechanical motion and electromagnetic radiation have permitted the investigation of many novel physical effects. The optomechanical coupling in the majority of these systems is of dispersive nature: the cavity resonance frequency is modulated by the vibrations of the mechanical oscillator. Dissipative optomechanical interaction, where the photon lifetime in the cavity is modulated by the mechanical motion, has recently attracted considerable interest and opens new avenues in optomechanical control and sensing. In this work we demonstrate an external optical control over the dissipative optomechanical coupling strength mediated by the modulation of the absorption of a quantum dot layer in a hybrid optomechanical system. Such control enhances the capability of tailoring the optomechanical coupling of our platform, which can be used in complement to the previously demonstrated control of the relative (dispersive to dissipative) coupling strength via the geometry of the integrated access waveguide.
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