… In this section we compare different photonic lantern core geometries using modal analysis,
BPM, and transfer matrices; those that can have 100% throughput (ie, CPL = 0 dB and MDL …

… different implementations of photonic lanterns using different … , photonic lanterns are finding
uses in other fields that require … design and geometry a photonic lantern functioning as a “true…

… the required lens profiles corresponding to the desired Gaussian amplitude distribution
by numerically solving a differential equation for the lens surfaces, obtained in the geometric …

… articles, we demonstrate that core geometry has a significant influence on … requirement can
be more easily met without significant increase of coupling loss by optimizing core geometry. …

Photonic lanterns are made by adiabatically merging several single-mode cores into one
multimode core. They provide low-loss interfaces between single-mode and multimode systems…

… made with graded-index few-mode fibers can satisfy both requirements by: 1) providing a …
a 3-D waveguide geometry [73]. ULI photonic lanterns or integrated photonic lanterns were ini…

… We demonstrate mode-selective photonic lanterns … -index fibres in the required geometry
for efficient mode sampling … functionality of our photonic lanterns for optical communications. …

… The novel photonic lanterns according to above requirements are fabricated by tapering the
… Furthermore, we extend the optimized geometric arrangements to photonic lanterns with …

… The photonic lantern is an all-fiber-based linear optical … photonic lanterns, which are
fabricated by using the ‘ferrule technique’ method, with the single-mode array in a certain geometric …

… , with a careful waveguide design and geometry a photonic lantern can function as a “true” …
We have presented the operating principles and requirements of photonic lanterns as mode …