Thin-film ring laser with waveguide pumping

Deryugin, L. N.; Cheremiskin, I. V.; Чехлова, Т. К.

doi:10.1070/qe1975v005n04abeh011108

Cited by 2 publications

(1 citation statement)

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“…Organic semiconductors, dye‐doped polymers , dye‐doped liquids, quantum dots, and rare‐earth‐doped inorganic materials are now popular optical gain dopants in the field of tubular microlasers. The first demonstration of dye‐doped polymer WGMs microresonators with a tubular geometry undergoing lasing action was reported over fifty years ago . Interest in the study and application of tubular WGMs microcavities as low threshold microlasers has proliferated since then.…”

Section: Applications Of Tubular Optical Microcavitiesmentioning

confidence: 99%

Optical microcavities with tubular geometry: properties and applications

Wang

Zhan

Huang

et al. 2013

Laser & Photonics Reviews

102

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Optical microcavities with whispering-gallery modes (WGMs) have large potential and, in particular, those with a tubular geometry have attracted increasing attention due to their special geometry and interesting properties such as trimmed resonant modes, simplicity as fluidic channels, threedimensionally (3D) mode confinement, unique evanescent wave, and so on. Optical microcavities with the tubular geometry meet the challenge of assembly of conductive, semiconductive and insulating materials into a tubular geometry, thus spurring multifunctional applications to optofluidic devices, optical microdevices like microlasers, and bio/chemical sensors. Fabrication methods such as the fiber-drawing method, rolled-up nanotechnology, electrospin technique, and template-assistant method have been developed to address the various requirements. These tubular optical microcavities enable researchers to explore and construct novel optical microdevices for a wide range of potential applications. This review describes the tubular optical microcavities from the perspectives of theoretical consideration, optical characterization, and potential applications.

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Section: Applications Of Tubular Optical Microcavitiesmentioning

confidence: 99%