1-D, 2-D, 3-D microstructures with lateral dimensions at the scale of the wavelength of light can be used to generate high finesse microresonators. These have been fabricated in the AIMS system by combining MBE growth with micro-fabrication. Here we show the applications of anisotropicion beam etching and high resolution lithography in the fabrication of high-finesse micro-resonators and discuss their performance as lowthreshold microlasers, fast optical switches, photonic bandgap mirrors and polarizing beam-splitters
We present a new method that allows to fabricate structures with tightly controlled three-dimensiona...
We describe highly anisotropic reactive ion beam etching of nanophotonic structures in AlGaAs based ...
In this thesis we discuss the manufacture and characterisation of micro-optical elements, for guidin...
1-D, 2-D, 3-D microstructures with lateral dimensions at the scale of the wavelength of light can be...
1-D, 2-D, 3-D microstructures with lateral dimensions at the scale of the wavelength of light can be...
We produce very smooth vertical sidewalls with high anisotropy in III-V semiconductors by ion beam e...
A simple and fast process to fabricate micro-electro-mechanical (MEM) resonators with deep sub-micro...
We produce very smooth vertical sidewalls with high anisotropy in III-V semiconductors by ion beam e...
Abstract The combination of deep X-ray lithography with electroforming and micromoulding (i.e., LIGA...
Thin film integrated optics components such as light guides, modulators, directional couplers, and p...
We present a new method that allows to fabricate structures with tightly controlled three-dimensiona...
We have fabricated a variety of micro-optic components including Fresnel and non-Frensel lenses, off...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
We present a new method that allows to fabricate structures with tightly controlled three-dimensiona...
We describe highly anisotropic reactive ion beam etching of nanophotonic structures in AlGaAs based ...
In this thesis we discuss the manufacture and characterisation of micro-optical elements, for guidin...
1-D, 2-D, 3-D microstructures with lateral dimensions at the scale of the wavelength of light can be...
1-D, 2-D, 3-D microstructures with lateral dimensions at the scale of the wavelength of light can be...
We produce very smooth vertical sidewalls with high anisotropy in III-V semiconductors by ion beam e...
A simple and fast process to fabricate micro-electro-mechanical (MEM) resonators with deep sub-micro...
We produce very smooth vertical sidewalls with high anisotropy in III-V semiconductors by ion beam e...
Abstract The combination of deep X-ray lithography with electroforming and micromoulding (i.e., LIGA...
Thin film integrated optics components such as light guides, modulators, directional couplers, and p...
We present a new method that allows to fabricate structures with tightly controlled three-dimensiona...
We have fabricated a variety of micro-optic components including Fresnel and non-Frensel lenses, off...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
We present a new method that allows to fabricate structures with tightly controlled three-dimensiona...
We describe highly anisotropic reactive ion beam etching of nanophotonic structures in AlGaAs based ...
In this thesis we discuss the manufacture and characterisation of micro-optical elements, for guidin...