The beauty of optical birefringence lies in the fact that it provides an independent control of light over different polarization directions, which leads to many important applications in today's optical systems. This thesis describes the applications of existing naturally-occurring birefringent materials as well as the engineered formed-birefringent meta-materials via nano-fabrication. In particular the application of birefringent materials in optical trapping, waveguide engineering and imaging are discussed. The investigation methods include numerical simulation, nano-fabrication and experimental validation.ImPhys/Optic
The main goal of this thesis is the numerical and experimental verification of the concept of the s...
Metamaterials are artificially structured composites. They can be used to modulate electromagnetic w...
Metamaterials, which are artificially engineered composites, have been shown to exhibit electromagne...
International audienceSpatially-varying birefringent plates such as meta-surfaces, q-plates, and str...
This thesis is focused on ultrafast laser induced modification in optical materials including transp...
Giant birefringence is demonstrated in ensembles of randomly grown, vertically aligned semiconductor...
International audienceThe ability to apply force and torque directly to micro-and nanoscale particle...
Metamaterials have opened a new field of optics in science and engineering. Negative refraction has ...
Plastic optics are seeing increased usage in various imaging and non-imaging applications due to its...
DoctorThe dissertation is dedicated to the realization of subwavelength scale optical devices based ...
Realizing the arbitrary manipulation of light intensity on the microscale is a fundamental requireme...
In this theses I will concentrate on femtosecond laser induced modification in silica glass. One typ...
Photonic technology is widely based on anisotropic (and) nonlinear materials, which allow light modu...
I review here form, or textural, birefringence (Δ(F)) in the context of advances in the field, as we...
Structures engineered to give a specific response to light are certainly nothing new. The long histo...
The main goal of this thesis is the numerical and experimental verification of the concept of the s...
Metamaterials are artificially structured composites. They can be used to modulate electromagnetic w...
Metamaterials, which are artificially engineered composites, have been shown to exhibit electromagne...
International audienceSpatially-varying birefringent plates such as meta-surfaces, q-plates, and str...
This thesis is focused on ultrafast laser induced modification in optical materials including transp...
Giant birefringence is demonstrated in ensembles of randomly grown, vertically aligned semiconductor...
International audienceThe ability to apply force and torque directly to micro-and nanoscale particle...
Metamaterials have opened a new field of optics in science and engineering. Negative refraction has ...
Plastic optics are seeing increased usage in various imaging and non-imaging applications due to its...
DoctorThe dissertation is dedicated to the realization of subwavelength scale optical devices based ...
Realizing the arbitrary manipulation of light intensity on the microscale is a fundamental requireme...
In this theses I will concentrate on femtosecond laser induced modification in silica glass. One typ...
Photonic technology is widely based on anisotropic (and) nonlinear materials, which allow light modu...
I review here form, or textural, birefringence (Δ(F)) in the context of advances in the field, as we...
Structures engineered to give a specific response to light are certainly nothing new. The long histo...
The main goal of this thesis is the numerical and experimental verification of the concept of the s...
Metamaterials are artificially structured composites. They can be used to modulate electromagnetic w...
Metamaterials, which are artificially engineered composites, have been shown to exhibit electromagne...