… In this type of device, the opto-acoustic interactions are strongly enhanced if both light
and … waves, tightly guided in a solid glass PCF core, can cause highly unidirectional opto-acoustic …

… By improving also the mounting, location, orientation and placement of the optical fibre in
conjunction with new holder designs, we expect that opto-acoustic sensors either match and/or …

… For this reason advanced optical and opto-acoustic (photo-acoustic) methods are considered
… Herein, we outline developments in emerging fluorescence and opto-acoustic sensing and …

In the first chapter of this book, the opto-mechanical effect of forward Brillouin scattering is
introduced within a broader context of propagation effects in fibers and of interactions between …

… We characterize the AO modulation of the device by the opto-acoustic S 21 spectrum, where
… The strong opto-acoustic response is positioned at 0.844 GHz, corresponding to the sharp …

… The AOMM may enable new, efficient integrated AO devices, such as isolators and
circulators, where the acoustic wave generation and opto-acoustic interaction are separated. …

The various technologies presented herein relate to various hybrid phononic-photonic
waveguide structures that can exhibit nonlinear behavior associated with traveling-wave forward …

The various technologies presented herein relate to various hybrid phononic-photonic
waveguide structures that can exhibit nonlinear behavior associated with traveling-wave forward …

… In the 1970s, optical resonators 46,47 and optical fibers 48,49,50 emerged as more sensitive
systems for detecting acoustic waves, opening the door to miniaturized portable devices. In …

… With nanoscale transducers, acoustic waves with sub-optical wavelengths can now be …
in nanophotonic devices. Here we demonstrate microwave frequency surface acoustic wave …