We develop a theoretical description for polarizers that goes beyond the paraxial approximation. By combining existing theories for fields with nonplanar wavefronts, we are able to derive a simple power series expansion expressing the electric field of a light beam after a polarizer as a linear function of the field and its spatial derivatives evaluated before the polarizer. The first few terms of such expansion are explicitly given, and their physical meaning is discussed. (C) 2009 Optical Society of Americ
Thesis (Ph. D.)--University of Rochester. The Institute of Optics, 2019.The term “structured light” ...
We introduce a unique decomposition of random electromagnetic fields. Based on this decomposition, w...
The features of spirally polarized light beams focused by high-numerical-aperture systems are invest...
We develop a theoretical description for polarizers that goes beyond the paraxial approximation. By ...
An idealized polarizer model that works without the structural and material information is derived i...
This presentation will give an overview of the local description of polarization for nonparaxial lig...
Polarization is a vector nature of light that plays an important role in optical science and enginee...
Linear polarizers are commonly used for projecting the direction of the electric field of a transver...
International audienceThe polarization process when polarizers act on an optical field is studied. W...
International audienceLinearly polarized Gaussian beams, under the slowly varying envelope approxima...
In this Letter, we describe the behavior of partially coherent, partially polarized focused vector b...
We extend the concept of radially and azimuthally polarized optical beams to the polychromatic domai...
Polarization of a light beam is traditionally studied under the hypothesis that the state of polariz...
We discuss the polarization of paraxial and nonparaxial classical light fields by resorting to a mul...
Knowlegde in classical theory of electromagnetismThis Demonstration shows the effect of the optical ...
Thesis (Ph. D.)--University of Rochester. The Institute of Optics, 2019.The term “structured light” ...
We introduce a unique decomposition of random electromagnetic fields. Based on this decomposition, w...
The features of spirally polarized light beams focused by high-numerical-aperture systems are invest...
We develop a theoretical description for polarizers that goes beyond the paraxial approximation. By ...
An idealized polarizer model that works without the structural and material information is derived i...
This presentation will give an overview of the local description of polarization for nonparaxial lig...
Polarization is a vector nature of light that plays an important role in optical science and enginee...
Linear polarizers are commonly used for projecting the direction of the electric field of a transver...
International audienceThe polarization process when polarizers act on an optical field is studied. W...
International audienceLinearly polarized Gaussian beams, under the slowly varying envelope approxima...
In this Letter, we describe the behavior of partially coherent, partially polarized focused vector b...
We extend the concept of radially and azimuthally polarized optical beams to the polychromatic domai...
Polarization of a light beam is traditionally studied under the hypothesis that the state of polariz...
We discuss the polarization of paraxial and nonparaxial classical light fields by resorting to a mul...
Knowlegde in classical theory of electromagnetismThis Demonstration shows the effect of the optical ...
Thesis (Ph. D.)--University of Rochester. The Institute of Optics, 2019.The term “structured light” ...
We introduce a unique decomposition of random electromagnetic fields. Based on this decomposition, w...
The features of spirally polarized light beams focused by high-numerical-aperture systems are invest...