Abstract Ge15Se75Zn10 thin films (TFs) with varying thicknesses were deposited onto glass
substrates via vacuum evaporation. These TFs were subjected to comprehensive …

The evolution of supercontinuum generation in chalcogenide suspended-core
microstructured optical fibers is studied with regard to their exposure to the room …

Chalcogenide glass (ChG) thin films have a wide range of applications in planar photonics
that rely on the stability of their optical properties. However, most methods do not provide …

We demonstrate the fabrication of high Q Ge_28Sb_12Se_60 ring resonators in an all
chalcogenide platform through electron-beam lithography, lift-off and thermal reflow. We …

This chapter presents a state of the art of infrared supercontinuum generation in heavy oxide
tellurite optical fibers from the experimental results published by the international …

Ge15Se75Zn10 thin films were deposited onto cleaned glass substrates by the vacuum
thermal evaporation technique. The as-deposited and annealed thin films were …

Chalcogenides are a group of amorphous glasses that are transparent from the near to far
infrared and have a high third order optical nonlinearity. We demonstrate the …

Multicomponent glassy alloys Se 78− x Te 18 Sn 2 Sb x (x= 0, 2, 4 and 6) have been
synthesized using melt quench technique. The prepared samples have been characterized …

Abstract Amorphous Se 90 In 9.9 Cu 0.1 alloy thin films were prepared by conventional
thermal evaporation method under high vacuum. The crystallization kinetics were studied by …

There is a great need for compact, broadband, high efficiency infrared light sources for
numerous applications. Integrated nonlinear photonics based on chalcogenide glass …