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Schematic diagram of the cross section of hollow-core, anti-resonant fibres consisting of thin-walled capillaries uniformly distributed around an outer jacket. Air regions are white...
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One iteration of hollow core fibres, sometimes called tubular anti-resonant fibres, achieves confinement through a number of thin glass resonators around a central air core as
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Section C intro-duces the origination and evolution of HC-ARFs, including different designs of fiber cross sections, as well as the advantages and disadvantages of different structures. Especially, the
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In this review, we provide a comprehensive overview of HC-ARFs for label-free molecular sensing.
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Figure 1 shows a common “revolver” anti-resonant design: a central air core with a ring of thin silica tubes. This leaves >99% of the optical mode in air, dramatically reducing interaction with
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1. Introduction traordinary ability of light guidance in an air-core [1–9]. A unique and striking feature of hollow-core fiber is that most of the light (>99.99%) can be guided in the central air-core with only a
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Lumentum''s Hollow-Core Anti-Resonant Fibers (HC-ARFs) are engineered for high-power laser transmission featuring high threshold for non-linear effects, exceptional beam quality, and low
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This work presents an ultra-low loss hollow-core anti-resonant fiber design featuring a triple-nested cladding architecture with elliptical nested elements and six auxiliary compensation tubes located
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Schematic diagram of the cross section of hollow-core, anti-resonant fibres consisting of thin-walled capillaries uniformly distributed around an outer jacket.
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We proposed a novel hollow-core anti-resonant fiber, in which the anti-resonant element is composed of a Bragg structure. The confinement and bending losses are numerically simulated
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