The authors report the first observation of strong electro-acousto-optic transduction in thermally poled optical fibre. Phase shifts at resonance as high as 1 rad have been obtained at applied fields of 0.5 V/µm
Recent advances in silica fibres exhibiting second-order optical nonlinearities as a result of both ...
More power to fibre optic lasers Researchers have cracked a ‘did the chicken come before the egg’ di...
The acousto-electro-optic effect is analyzed and demonstrated experimentally. The application of the...
Optical fibres have been used to sense many different physical quantities (magnetic fields, vibratio...
Permanent electric-field-induced linear electro-optic effects have been observed in fused-silica opt...
Recent developments in the application of poled optical fibres to electrooptic light modulation and ...
We report on quasi-phase-matched frequency doubling to the blue in electric-field poled optical fibr...
Optical modulators play an important role in optical fibre communication as well as fibre-sensor sys...
Electric field poling of silica glass provides the prospect of efficient second-order nonlinear inte...
Fibres have evolved over eons from simple textile yarns to complex fibre-optic communication systems...
The optical phase shift as a function of frequency was determined in the range from DC to > 10 kHz f...
A fibre-optic frequency shifter utilising torsional acoustic waves to produce a travelling perturbat...
Thermal poling of holey fibres is demonstrated for the first time. Non-phase matched second harmonic...
Electric field poling of silica glass provides the prospect of efficient second-order nonlinear inte...
Thermal poling of holey fibres is demonstrated for the first time. Non-phase matched second harmonic...
Recent advances in silica fibres exhibiting second-order optical nonlinearities as a result of both ...
More power to fibre optic lasers Researchers have cracked a ‘did the chicken come before the egg’ di...
The acousto-electro-optic effect is analyzed and demonstrated experimentally. The application of the...
Optical fibres have been used to sense many different physical quantities (magnetic fields, vibratio...
Permanent electric-field-induced linear electro-optic effects have been observed in fused-silica opt...
Recent developments in the application of poled optical fibres to electrooptic light modulation and ...
We report on quasi-phase-matched frequency doubling to the blue in electric-field poled optical fibr...
Optical modulators play an important role in optical fibre communication as well as fibre-sensor sys...
Electric field poling of silica glass provides the prospect of efficient second-order nonlinear inte...
Fibres have evolved over eons from simple textile yarns to complex fibre-optic communication systems...
The optical phase shift as a function of frequency was determined in the range from DC to > 10 kHz f...
A fibre-optic frequency shifter utilising torsional acoustic waves to produce a travelling perturbat...
Thermal poling of holey fibres is demonstrated for the first time. Non-phase matched second harmonic...
Electric field poling of silica glass provides the prospect of efficient second-order nonlinear inte...
Thermal poling of holey fibres is demonstrated for the first time. Non-phase matched second harmonic...
Recent advances in silica fibres exhibiting second-order optical nonlinearities as a result of both ...
More power to fibre optic lasers Researchers have cracked a ‘did the chicken come before the egg’ di...
The acousto-electro-optic effect is analyzed and demonstrated experimentally. The application of the...
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