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#SpotlightAnalysis of the #OPG_JOSA_B paper Photonic crystal fiber sensors to excite surface plasmon resonance based on elliptical detection channels are used for highly sensitive magnetic sensing ow.ly/m2QW50RaT4g Summary by David Novoa #FiberOpticSensors #MagneticFields

OpticaPubsGroup's tweet image. #SpotlightAnalysis of the #OPG_JOSA_B paper Photonic crystal fiber sensors to excite surface plasmon resonance based on elliptical detection channels are used for highly sensitive magnetic sensing ow.ly/m2QW50RaT4g Summary by David Novoa #FiberOpticSensors #MagneticFields

#SpotlightAnalysis of the #OPG_JOSA_B paper Photonic crystal fiber sensors to excite surface plasmon resonance based on elliptical detection channels are used for highly sensitive magnetic sensing ow.ly/m2QW50RaT4g Summary by David Novoa #FiberOpticSensors #MagneticFields

OpticaPubsGroup's tweet image. #SpotlightAnalysis of the #OPG_JOSA_B paper Photonic crystal fiber sensors to excite surface plasmon resonance based on elliptical detection channels are used for highly sensitive magnetic sensing ow.ly/m2QW50RaT4g Summary by David Novoa #FiberOpticSensors #MagneticFields

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#SpotlightAnalysis of the #OPG_JOSA_B paper Photonic crystal fiber sensors to excite surface plasmon resonance based on elliptical detection channels are used for highly sensitive magnetic sensing ow.ly/m2QW50RaT4g Summary by David Novoa #FiberOpticSensors #MagneticFields

OpticaPubsGroup's tweet image. #SpotlightAnalysis of the #OPG_JOSA_B paper Photonic crystal fiber sensors to excite surface plasmon resonance based on elliptical detection channels are used for highly sensitive magnetic sensing ow.ly/m2QW50RaT4g Summary by David Novoa #FiberOpticSensors #MagneticFields

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