Abstract
Along the last years, much debate has been done on the efficiency of slow-light phenomena in order to
enhance light-matter interactions, especially for sensing purposes. This improvement could be key to develop more
compact and sensitive devices. In this work we develop an all-fiber sub-micrometric displacement sensor using
slow-light sensitivity enhancement in a lossy ring resonator. In the proposed structure the losses produced by the
displacement of a mechanic transducer can be translated into strong variations of group index and therefore strong
transmittance variations. We show that this effect is strictly related to slow light, and not related to confinement
effects or any other.
© 2013 IEEE
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