We show theoretically that the coupling efficiency between a gaussian beam and the fundamental mode of nested antiresonant hollow-core optical fibers exceeds 97% and depends on the order of the antiresonance window
International audienceWe report on inhibited-coupling hollow-core optical fibers exhibiting specific...
We report on inhibited-coupling hollow-core optical fibers exhibiting specific modal operation and l...
We report on inhibited-coupling hollow-core optical fibers exhibiting specific modal operation and l...
We theoretically explore the fundamental limits on the efficiency of coupling light into hollow-core...
Over 94 % coupling efficiency is presented experimentally for a Gaussian-beam into an antiresonant h...
We present empirical formulae that provide dispersion and effective area of the fundamental mode in ...
We show results on adopting our new technique, developed for connecting solid-core fibers with hollo...
We design, fabricate, and demonstrate the first hollow-core air-gap anti-resonant fiber coupler in a...
Optimal suppression of higher-order modes (HOMs) in hollow-core antiresonant fibers comprising a sin...
Multi-moded, anti-resonant hollow-core fibre shows great promise for a range of applications from hi...
Hollow-core antiresonant fibers operating in the ultraviolet to mid-infrared regions are currently o...
International audienceIn this talk, we report on recent developments on inhibited-coupling guiding h...
International audienceIn this talk, we report on recent developments on inhibited-coupling guiding h...
International audienceWe report on inhibited-coupling hollow-core optical fibers exhibiting specific...
Optical amplification in a hollow core fiber is typically realised by filling the fiber with a gas a...
International audienceWe report on inhibited-coupling hollow-core optical fibers exhibiting specific...
We report on inhibited-coupling hollow-core optical fibers exhibiting specific modal operation and l...
We report on inhibited-coupling hollow-core optical fibers exhibiting specific modal operation and l...
We theoretically explore the fundamental limits on the efficiency of coupling light into hollow-core...
Over 94 % coupling efficiency is presented experimentally for a Gaussian-beam into an antiresonant h...
We present empirical formulae that provide dispersion and effective area of the fundamental mode in ...
We show results on adopting our new technique, developed for connecting solid-core fibers with hollo...
We design, fabricate, and demonstrate the first hollow-core air-gap anti-resonant fiber coupler in a...
Optimal suppression of higher-order modes (HOMs) in hollow-core antiresonant fibers comprising a sin...
Multi-moded, anti-resonant hollow-core fibre shows great promise for a range of applications from hi...
Hollow-core antiresonant fibers operating in the ultraviolet to mid-infrared regions are currently o...
International audienceIn this talk, we report on recent developments on inhibited-coupling guiding h...
International audienceIn this talk, we report on recent developments on inhibited-coupling guiding h...
International audienceWe report on inhibited-coupling hollow-core optical fibers exhibiting specific...
Optical amplification in a hollow core fiber is typically realised by filling the fiber with a gas a...
International audienceWe report on inhibited-coupling hollow-core optical fibers exhibiting specific...
We report on inhibited-coupling hollow-core optical fibers exhibiting specific modal operation and l...
We report on inhibited-coupling hollow-core optical fibers exhibiting specific modal operation and l...
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