In this paper I will survey the field of ion-exchanged glass waveguide lasers and amplifiers. Ion-exchanged waveguide devices have significant virtues, such as low propagation losses and suitability for mass production. The progress in realising lasers and amplifiers has been impressive, but more work is needed to produce commercially viable devices
In this paper, we present an ion-exchanged Yb-glass waveguide amplifier, seeded by an ion-exchanged ...
(Preparation and properties of planar waveguides can be improved essentially by using glasses for io...
We show that Er3+Yb3+ co-doped waveguide amplifiers, based on ion-exchange technology on phosphate g...
The design, fabrication, and characterization of active and passive devices in ion-exchanged glass w...
To be of practical use in optical communications networks, optical components must have both low on-...
We discuss the fabrication, characterisation and modelling of planar erbium-doped amplifiers realise...
This thesis describes the realisation of integrated optical sources in rare-earth doped glass substr...
Active channel waveguides have been fabricated by ion exchange in a new erbium-doped, germane-silica...
We report on a single-end diode-pumped waveguide laser providing output power in excess of 20 mW wit...
The ion exchange technique has been advanced as method of fabrication of active integrated optic dev...
Ion exchange in glass has a long history as a simple and effective technology to produce gradient-in...
The coupling efficiency of diode lasers to optical fibers is theoretically investigated at 1.55.tm w...
Photosensitive glasses are very attractive because they permit the fabrication of gratings by UV exp...
The availability of integrated optical sources in glass is expected greatly to enhance optical signa...
Ion exchange in glass is a simple, flexible, technique to realize optical fiber compatible planar wa...
In this paper, we present an ion-exchanged Yb-glass waveguide amplifier, seeded by an ion-exchanged ...
(Preparation and properties of planar waveguides can be improved essentially by using glasses for io...
We show that Er3+Yb3+ co-doped waveguide amplifiers, based on ion-exchange technology on phosphate g...
The design, fabrication, and characterization of active and passive devices in ion-exchanged glass w...
To be of practical use in optical communications networks, optical components must have both low on-...
We discuss the fabrication, characterisation and modelling of planar erbium-doped amplifiers realise...
This thesis describes the realisation of integrated optical sources in rare-earth doped glass substr...
Active channel waveguides have been fabricated by ion exchange in a new erbium-doped, germane-silica...
We report on a single-end diode-pumped waveguide laser providing output power in excess of 20 mW wit...
The ion exchange technique has been advanced as method of fabrication of active integrated optic dev...
Ion exchange in glass has a long history as a simple and effective technology to produce gradient-in...
The coupling efficiency of diode lasers to optical fibers is theoretically investigated at 1.55.tm w...
Photosensitive glasses are very attractive because they permit the fabrication of gratings by UV exp...
The availability of integrated optical sources in glass is expected greatly to enhance optical signa...
Ion exchange in glass is a simple, flexible, technique to realize optical fiber compatible planar wa...
In this paper, we present an ion-exchanged Yb-glass waveguide amplifier, seeded by an ion-exchanged ...
(Preparation and properties of planar waveguides can be improved essentially by using glasses for io...
We show that Er3+Yb3+ co-doped waveguide amplifiers, based on ion-exchange technology on phosphate g...
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