Micro and nano optics over hybrid optical probes - Kim, Jun Ki
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This book describes an investigation of micro and nano optic beam shaping as integrated devices between micro optics and fiber optics. Various devices using organic-inorganic hybrid structure were developed and characterized. 1) The novel hybrid fiber type collimator has been researched. 2) Efficient and economic VCSEL to GI MMF coupling using polymer lens has been investigated. 3) HPCF-PON based on the HPCF coupler has been demonstrated. 4) Beam shaping and diffraction technologies based on the azo-polymer are also analyzed. 5) The all-fiber zone plate lens has been demonstrated by inscribing…mehr

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Produktbeschreibung
This book describes an investigation of micro and nano optic beam shaping as integrated devices between micro optics and fiber optics. Various devices using organic-inorganic hybrid structure were developed and characterized. 1) The novel hybrid fiber type collimator has been researched. 2) Efficient and economic VCSEL to GI MMF coupling using polymer lens has been investigated. 3) HPCF-PON based on the HPCF coupler has been demonstrated. 4) Beam shaping and diffraction technologies based on the azo-polymer are also analyzed. 5) The all-fiber zone plate lens has been demonstrated by inscribing the pattern on the optical fiber end faces using femtosecond laser.
Autorenporträt
Dr. Kim received the Ph.D. degree in engineering of inform & comm from GIST, Korea in 2008 and he is currently an Assist Professor at Asan Institute for Life Sciences, Asan Medical Center, Korea. His research interest includes micro/nano-optics and beam-shaping based on the various optical elements utilizations for the functional photonic devices.