A general approach to the optics of anisotropic media, based on a new formalism is presented. It allows to straightforwardly obtain and generalize almost all previously known results in this research area
<p>The attached Matlab function allows to calculate reflection and transmission coefficients for any...
Analyzing the fluctuations in near field polarimetric measurements, we show that it is possible to d...
The attached Matlab function allows to calculate reflection and transmission coefficients for any nu...
In this paper, exact analytical forms of the normal surface in anisotropic media are obtained. Both ...
Abstract In this work, we introduce the concept of anisotropic dielectric susceptibility matrix of a...
When the optical behavior of light in a medium depends on the direction in which light is traveling,...
When the optical behavior of light in a medium depends on the direction in which light is traveling,...
The optical properties of macroscopic materials are described, basing only on classical arguments. S...
The optical properties of macroscopic materials are described, basing only on classical arguments. S...
Abstract — For simple electric (magnetic) anisotropy, a single mapping between the permittivity (per...
Uniaxial optical anisotropy in the geometrical-optics approach is a classical problem, and most of t...
In this article, the optical properties of macroscopic materials are described, basing only on class...
In this article, the optical properties of macroscopic materials are described, basing only on class...
We present a generalized 4 × 4 matrix formalism for the description of light propagation in birefrin...
<p>The attached Matlab function allows to calculate reflection and transmission coefficients for any...
<p>The attached Matlab function allows to calculate reflection and transmission coefficients for any...
Analyzing the fluctuations in near field polarimetric measurements, we show that it is possible to d...
The attached Matlab function allows to calculate reflection and transmission coefficients for any nu...
In this paper, exact analytical forms of the normal surface in anisotropic media are obtained. Both ...
Abstract In this work, we introduce the concept of anisotropic dielectric susceptibility matrix of a...
When the optical behavior of light in a medium depends on the direction in which light is traveling,...
When the optical behavior of light in a medium depends on the direction in which light is traveling,...
The optical properties of macroscopic materials are described, basing only on classical arguments. S...
The optical properties of macroscopic materials are described, basing only on classical arguments. S...
Abstract — For simple electric (magnetic) anisotropy, a single mapping between the permittivity (per...
Uniaxial optical anisotropy in the geometrical-optics approach is a classical problem, and most of t...
In this article, the optical properties of macroscopic materials are described, basing only on class...
In this article, the optical properties of macroscopic materials are described, basing only on class...
We present a generalized 4 × 4 matrix formalism for the description of light propagation in birefrin...
<p>The attached Matlab function allows to calculate reflection and transmission coefficients for any...
<p>The attached Matlab function allows to calculate reflection and transmission coefficients for any...
Analyzing the fluctuations in near field polarimetric measurements, we show that it is possible to d...
The attached Matlab function allows to calculate reflection and transmission coefficients for any nu...
DOI
Add to ORKG