In this paper, a preview of targeted current research on integrated photonics based on the
SU8 material was given. Such an approach takes advantage from a significant know-how …

A practical concept is reported based on reproducible fluidic mechanisms coupled with silica
nano-particles for the development of nano-optical-connections directly on organic …

This theoretical study introduces an analytical formalism to shape the quantification of the
photonic modes taking place in three-layer-tubular waveguides, including hollow cylindrical …

We have designed and realized three integrated photonic families of micro-resonators (MR)
on multilayer organic materials. Such so-called 2.5 D-MR and 3D-MR structures show off …

We report a practical and novel approach based on reproducible fluidic mechanisms
coupled with silica nano-particles for the development of nano-optical-connections directly …

We report a practical and novel concept based on reproducible fluidic mechanisms coupled
with silica nano‐particles for the development of nano‐optical‐connections directly on …

Silica nano-waveguides and networks as stretches on segmented organics preformed for
sub-wavelength photonics Page 1 Silica nano-waveguides and networks as stretches on …

We report an original approach based on a fluidic mechanism involving silica nano-
particules that allowed us to design a elaborate set of segmented-optical structures such as …

We report a practical and novel concept based on reproducible fluidic mechanisms coupled
with silica nano-particles for the development of nano-optical-connections directly on …

This study introduces an analytical formalism to shape the quantication of photonic modes
devoted to global 3-layer-tubular waveguides (including hollow cylindrical structures) …