A study of photoinduced birefringence in bow-tie (stress-induced) high-birefringence (Hi-Bi) and low-birefringence (Lo-Bi) germanosilicate optical fibers is conducted by using 532-nm light. The study reveals that Hi-Bi fibers are insensitive to light polarized along the fast axis, in contrast to Lo-Bi fibers, which are photosensitive along both axes. The induced birefringence in Lo-Bi fibers is reversible, whereas the change in Hi-Bi fibers is permanent. The sign of the induced birefringence is established experimentally for the first time to our knowledge, and the significance of the results to models based on stress and/or glass defects is briefly discussed
A new birefringence measurement technique for single-mode optical fibres using a photo-elastic biref...
Temperature cycling of highly birefringent optical fibers and preforms has been used to investigate ...
In many experiments involving nonlinear optics in fibers, the effect of the light polarization on th...
A study of photo-induced birefringence reveals that stress-induced high birefringence fibers, in con...
A study has been undertaken of the birefringence induced in optical fibres by thermal stress. A new ...
The precise determination of residual stress profiles in optical fibers allows drawing conclusions a...
The polarization properties of single-mode optical fibers are easily modified by environmental facto...
Birefringence measurements are of great importance in a plethora of applications spanning from biolo...
The importance of the photoelastic effect in controlling polarization in optical fibers is discussed...
A recent JEOS-RP publication proposed Comments about Dispersion of Light Waves , and we present here...
A recent JEOS-RP publication proposed Comments about Dispersion of Light Waves , and we present here...
Recent work has shown that the birefringence induced in optical fibres by exposure to linearly polar...
Stress-induced birefringence in single mode polarization maintaining optical fibers has been investi...
We report on detailed numerical investigation of stress-induced birefringence in micro-structured so...
The birefringence properties of single-mode optical-fibre waveguides are discussed.A fibre birefring...
A new birefringence measurement technique for single-mode optical fibres using a photo-elastic biref...
Temperature cycling of highly birefringent optical fibers and preforms has been used to investigate ...
In many experiments involving nonlinear optics in fibers, the effect of the light polarization on th...
A study of photo-induced birefringence reveals that stress-induced high birefringence fibers, in con...
A study has been undertaken of the birefringence induced in optical fibres by thermal stress. A new ...
The precise determination of residual stress profiles in optical fibers allows drawing conclusions a...
The polarization properties of single-mode optical fibers are easily modified by environmental facto...
Birefringence measurements are of great importance in a plethora of applications spanning from biolo...
The importance of the photoelastic effect in controlling polarization in optical fibers is discussed...
A recent JEOS-RP publication proposed Comments about Dispersion of Light Waves , and we present here...
A recent JEOS-RP publication proposed Comments about Dispersion of Light Waves , and we present here...
Recent work has shown that the birefringence induced in optical fibres by exposure to linearly polar...
Stress-induced birefringence in single mode polarization maintaining optical fibers has been investi...
We report on detailed numerical investigation of stress-induced birefringence in micro-structured so...
The birefringence properties of single-mode optical-fibre waveguides are discussed.A fibre birefring...
A new birefringence measurement technique for single-mode optical fibres using a photo-elastic biref...
Temperature cycling of highly birefringent optical fibers and preforms has been used to investigate ...
In many experiments involving nonlinear optics in fibers, the effect of the light polarization on th...