International audienceA method to derive the ABCD matrices for reflection and refraction for any diopter under arbitrary incident angle is developed. The result is benchmarked on a commercial software for an optical system compound of two cylindrical lenses. It is used to simulate the general astigmatism and calculate the resulting Orbital Angular Momentum of a laser beam that propagate through a pair of cylindrical lenses. It more generally useful to ease and simplify such kind of simulations in any optical system by avoiding use of complicated commercial softwares
We define the width, divergence, and curvature radius for non-Gaussian and nonspherical light beams....
Jones matrices describe the polarization, or spin angular momentum, of a light beam as it passes thr...
We present the formulation of a paraxial ray transfer or ABCD matrix for onion-type GRIN lenses. In ...
International audienceA method to derive the ABCD matrices for reflection and refraction for any dio...
A method is introduced for evaluating the ABCD transfer matrices for paraxial rays refracted/reflect...
International audienceThe ABCD matrix for parabolic reflectors is derived for any incident angles. I...
In prior work we described a 5x5 ray matrix formalism and how to integrate the effects that are not ...
The beam transfer matrix, often called the ABCD matrix, is one of the essential mathematical instrum...
Paraxial lens optics is discussed to study the continuity properties of the ABCD beam transfer matri...
A matrix approach is presented that allows one to describe a complex optical system by a matrix rela...
Thesis (M.A.)--Boston UniversityThis paper is an extension of the work originally done by Dr. Willem...
The diopter power and magnification matrices characterize the first-order properties of ophthalmic l...
We have been developing a computational code to project optical lenses, with low aberration effects....
A high-power gas dynamic-laser example system is described, and its optical elements are represented...
In this report, a single aspherical lens has been designed to transform an astigmatic and elliptical...
We define the width, divergence, and curvature radius for non-Gaussian and nonspherical light beams....
Jones matrices describe the polarization, or spin angular momentum, of a light beam as it passes thr...
We present the formulation of a paraxial ray transfer or ABCD matrix for onion-type GRIN lenses. In ...
International audienceA method to derive the ABCD matrices for reflection and refraction for any dio...
A method is introduced for evaluating the ABCD transfer matrices for paraxial rays refracted/reflect...
International audienceThe ABCD matrix for parabolic reflectors is derived for any incident angles. I...
In prior work we described a 5x5 ray matrix formalism and how to integrate the effects that are not ...
The beam transfer matrix, often called the ABCD matrix, is one of the essential mathematical instrum...
Paraxial lens optics is discussed to study the continuity properties of the ABCD beam transfer matri...
A matrix approach is presented that allows one to describe a complex optical system by a matrix rela...
Thesis (M.A.)--Boston UniversityThis paper is an extension of the work originally done by Dr. Willem...
The diopter power and magnification matrices characterize the first-order properties of ophthalmic l...
We have been developing a computational code to project optical lenses, with low aberration effects....
A high-power gas dynamic-laser example system is described, and its optical elements are represented...
In this report, a single aspherical lens has been designed to transform an astigmatic and elliptical...
We define the width, divergence, and curvature radius for non-Gaussian and nonspherical light beams....
Jones matrices describe the polarization, or spin angular momentum, of a light beam as it passes thr...
We present the formulation of a paraxial ray transfer or ABCD matrix for onion-type GRIN lenses. In ...