We report the fabrication of long lengths of mechanically robust holey fiber and what is believed to be the first demonstration of their splicing. These practical advances have permitted what is to our knowledge the first detailed characterization of a holey fiber near 1.5µm. We compare dispersion measurements with our numerical predictions and confirm that our model can be used to predict accurately holey fiber properties
We employ a Genetic Algorithm for the dispersion optimization of a range of holey fibers (HF) with a...
Holey optical fibres offer a much wider range of optical properties than is possible in conventional...
We experimentally investigate a flexible fabrication technique for low OH and transmission losses ho...
We report the fabrication of long lengths of mechanically-robust holey fibre and the first demonstra...
The wavelength-scale features in holey fibers lead to novel properties including endlessly single-mo...
Recent advances in the development of holey optical fibres are described. We review the basic physic...
Holey fibres have an array of holes around the core which run along the entire length of the fibre. ...
The presence of wavelength-scale holes in the transverse profile of a holey fibre can lead to novel ...
The combination of wavelength-scale features and design flexibility offered by holey fibers leads to...
Holey fibre (HF) technology provides a new way to fabricate novel highly nonlinear silica based fibr...
The presence of wavelength-scale holes in the transverse profile of a holey fibre can lead to novel ...
In this thesis I investigate aspects of dispersion controlled high nonlinearity all silica holey fib...
Holey fibres (HFs) [1] have emerged as a novel class of optical fibres which can provide completely ...
Recently great interest has been generated by the development of what have become known in the liter...
We explain the physical operating principles of holey fibers, review some of their unique optical pr...
We employ a Genetic Algorithm for the dispersion optimization of a range of holey fibers (HF) with a...
Holey optical fibres offer a much wider range of optical properties than is possible in conventional...
We experimentally investigate a flexible fabrication technique for low OH and transmission losses ho...
We report the fabrication of long lengths of mechanically-robust holey fibre and the first demonstra...
The wavelength-scale features in holey fibers lead to novel properties including endlessly single-mo...
Recent advances in the development of holey optical fibres are described. We review the basic physic...
Holey fibres have an array of holes around the core which run along the entire length of the fibre. ...
The presence of wavelength-scale holes in the transverse profile of a holey fibre can lead to novel ...
The combination of wavelength-scale features and design flexibility offered by holey fibers leads to...
Holey fibre (HF) technology provides a new way to fabricate novel highly nonlinear silica based fibr...
The presence of wavelength-scale holes in the transverse profile of a holey fibre can lead to novel ...
In this thesis I investigate aspects of dispersion controlled high nonlinearity all silica holey fib...
Holey fibres (HFs) [1] have emerged as a novel class of optical fibres which can provide completely ...
Recently great interest has been generated by the development of what have become known in the liter...
We explain the physical operating principles of holey fibers, review some of their unique optical pr...
We employ a Genetic Algorithm for the dispersion optimization of a range of holey fibers (HF) with a...
Holey optical fibres offer a much wider range of optical properties than is possible in conventional...
We experimentally investigate a flexible fabrication technique for low OH and transmission losses ho...