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7 September 2006 Micron-scale tunability in photonic devices using microfluidics
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Proceedings Volume 6329, Optofluidics; 632904 (2006)
Event: SPIE Optics + Photonics, 2006, San Diego, California, United States
Optofluidics offers new functionalities that can be useful for a large range of applications. What microfluidics can bring to microphotonics is the ability to tune and reconfigure ultra-compact optical devices. This flexibility is essentially provided by three characteristics of fluids that are scalable at the micron-scale: fluid mobility, large ranges of index modulation, and adaptable interfaces. Several examples of optofluidic devices are presented to illustrate the achievement of new functionalities onto (semi)planar and compact platforms. First, we report an ultra-compact and tunable interferometer that exploits a sharp and mobile air/water interface. We describe then a novel class of optically controlled switches and routers that rely on the actuation of optically trapped lens microspheres within fluid environment. A tunable optical switch device can alternatively be built from a transversely probed photonic crystal fiber infused with mobile fluids. The last reported optofluidic device relies on strong fluid/ light interaction to produce either a sensitive index sensor or a tunable optical filter. The common feature of these various devices is their significant flexibility. Higher degrees of functionality could be achieved in the future with fully integrated optofluidic platforms that associate complex microfluidic delivery and mixing schemes with microphotonic devices.
© (2006) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Christelle Monat, Peter Domachuk, Vincent Jaouen, Christian Grillet, Ian Littler, Mark Croning-Golomb, Benjamin J. Eggleton, Simon Mutzenich, Tanveer Mahmud, Gary Rosengarten, and Arnan Mitchell "Micron-scale tunability in photonic devices using microfluidics", Proc. SPIE 6329, Optofluidics, 632904 (7 September 2006);


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