In interferometers one conceivable loss mechanism is depolarization of the light by inherent or thermally induced birefringence in optical substrates or coatings. The magnitude of this effect is determined quantitatively and compared with the losses due to thermal lensing
In this paper we study several means of compensating for thermal lensing which, otherwise, should be...
A study has been undertaken of the birefringence induced in optical fibres by thermal stress. A new ...
Two unique wide-field and high-accuracy polarimeters named WALOP (Wide-Area Linear Optical Polarimet...
In interferometers one conceivable loss mechanism is depolarization of the light by inherent or ther...
Thermal lensing limits the performance of advanced interferometric gravitational wave detectors that...
Light incident on high quality optical surfaces and substrates can be lost from the beam in two poss...
International audienceA method for measuring birefringence by use of thermal-light polarization-sens...
We develop a steady-state analytical and numerical model of the optical response of power-recycled F...
The birefringence of a low-loss, high-reflectance coating applied to an 8-cm-diameter sapphire cryst...
Abstract: We report measurements of the birefringence of a high purity polished sapphire sample to d...
Crystalline silicon has been proposed as a new test mass material in third generation gravitational ...
In this paper we study several means of compensating for thermal lensing which, otherwise, should be...
Lead sensitivity in low-coherence interferometric fiber-optic sensors is a well-known problem. It ca...
Crystalline silicon has been proposed as a new test mass material in third generation gravitational ...
This article describes experimental tests to determine PM fibers Panda style responses to a thermal...
In this paper we study several means of compensating for thermal lensing which, otherwise, should be...
A study has been undertaken of the birefringence induced in optical fibres by thermal stress. A new ...
Two unique wide-field and high-accuracy polarimeters named WALOP (Wide-Area Linear Optical Polarimet...
In interferometers one conceivable loss mechanism is depolarization of the light by inherent or ther...
Thermal lensing limits the performance of advanced interferometric gravitational wave detectors that...
Light incident on high quality optical surfaces and substrates can be lost from the beam in two poss...
International audienceA method for measuring birefringence by use of thermal-light polarization-sens...
We develop a steady-state analytical and numerical model of the optical response of power-recycled F...
The birefringence of a low-loss, high-reflectance coating applied to an 8-cm-diameter sapphire cryst...
Abstract: We report measurements of the birefringence of a high purity polished sapphire sample to d...
Crystalline silicon has been proposed as a new test mass material in third generation gravitational ...
In this paper we study several means of compensating for thermal lensing which, otherwise, should be...
Lead sensitivity in low-coherence interferometric fiber-optic sensors is a well-known problem. It ca...
Crystalline silicon has been proposed as a new test mass material in third generation gravitational ...
This article describes experimental tests to determine PM fibers Panda style responses to a thermal...
In this paper we study several means of compensating for thermal lensing which, otherwise, should be...
A study has been undertaken of the birefringence induced in optical fibres by thermal stress. A new ...
Two unique wide-field and high-accuracy polarimeters named WALOP (Wide-Area Linear Optical Polarimet...
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