We report the fabrication of low loss rib waveguides from chalcogenide glass films by thermal nano-imprint using a soft stamp. Waveguides 2-4 µm wide and 1 µm high were fabricated with extremely smooth sidewalls and optical losses limited by Rayleigh scattering to values of 0.26 dB/cm for the TM and 0.27 dB/cm for TE polarizations at 1550 nm.The support of the Australian Research Council through its Centres of Excellence program is gratefully acknowledged
Chalcogenide glasses have a wide transmission window which can extend from the far-visible to the mi...
In this work, we synthesized bulk amorphous GeGaS glass by conventional melt quenching technique. Am...
We have shown that high-repetition rate short-pulse laser deposition can be used to successfully fab...
We report the fabrication of Chalcogenide glass rib waveguides by thermal nano-imprint. Waveguides 2...
We report the fabrication of Chalcogenide glass rib waveguides by thermal nano-imprint. Waveguides 2...
In this paper, we report the first thermal nano-imprint fabrication of low loss As2S3 Chalocgenide g...
We demonstrated thermal nanoimprint fabrication of low loss waveguides and microring resonators in t...
We demonstrated thermal nanoimprint fabrication of photonic devices in chalcogenide glass films on b...
This paper reports a versatile technique for the fabrication of high-index-contrast photonic structu...
This paper reports a versatile technique for the fabrication of high-index-contrast photonic structu...
High-index-contrast optical devices form the backbone of densely integrated photonic circuits. While...
We report the fabrication and characterization of rib chalcogenide waveguides produced by dry etchi...
We demonstrate low loss photonic crystal waveguides in chalcogenide (Ge(33)As(12)Se(55)) glasses. Th...
Spectroscopic sensing, by vibrational absorption, in the mid-infrared (IR) allows detection of molec...
Chalcogenide glasses offer transmission from the far visible to the far - infrared (IR) wavelength r...
Chalcogenide glasses have a wide transmission window which can extend from the far-visible to the mi...
In this work, we synthesized bulk amorphous GeGaS glass by conventional melt quenching technique. Am...
We have shown that high-repetition rate short-pulse laser deposition can be used to successfully fab...
We report the fabrication of Chalcogenide glass rib waveguides by thermal nano-imprint. Waveguides 2...
We report the fabrication of Chalcogenide glass rib waveguides by thermal nano-imprint. Waveguides 2...
In this paper, we report the first thermal nano-imprint fabrication of low loss As2S3 Chalocgenide g...
We demonstrated thermal nanoimprint fabrication of low loss waveguides and microring resonators in t...
We demonstrated thermal nanoimprint fabrication of photonic devices in chalcogenide glass films on b...
This paper reports a versatile technique for the fabrication of high-index-contrast photonic structu...
This paper reports a versatile technique for the fabrication of high-index-contrast photonic structu...
High-index-contrast optical devices form the backbone of densely integrated photonic circuits. While...
We report the fabrication and characterization of rib chalcogenide waveguides produced by dry etchi...
We demonstrate low loss photonic crystal waveguides in chalcogenide (Ge(33)As(12)Se(55)) glasses. Th...
Spectroscopic sensing, by vibrational absorption, in the mid-infrared (IR) allows detection of molec...
Chalcogenide glasses offer transmission from the far visible to the far - infrared (IR) wavelength r...
Chalcogenide glasses have a wide transmission window which can extend from the far-visible to the mi...
In this work, we synthesized bulk amorphous GeGaS glass by conventional melt quenching technique. Am...
We have shown that high-repetition rate short-pulse laser deposition can be used to successfully fab...