A new basis for the calculation of the coherence matrices of the radiation emitted by a system is introduced. The utility of this representation is demonstrated by calculating the coherence matrices of the radiation in scattering problems as well as in transitions involving a multiplet of states
The anomalous coherence functions (ACF) of the radiation fields are studied in detail. The relation ...
Mathematical descriptions of an excited state multilevel system are developed to include progressive...
The phenomenon of partial coherence is treated in the frequency domain, rather than in the time doma...
A new basis for the calculation of the coherence matrices of the radiation emitted by a system is in...
The elements of the coherency matrix give the strength of the components of a Mueller matrix in the ...
This book presents a systematic account of optical coherence theory within the framework of classica...
The process of scattering of radiation is usually characterized by a 4 × 4 transformation matrix whi...
We investigate quantum coherences between excited states induced on quantum systems upon excitation ...
Quantum systems are considered in the paper aiming at the investigation of some general theoretical ...
We show that the coherency matrix associated with a general depolarizing Mueller matrix can be facto...
We describe optical coherency matrices as a generalized method for characterizing the statistical pr...
In the first part of this work we study the color coherence phenomenon by considering the well-known...
Based on the integral representation of the three-dimensional Coulomb transition matrix elaborated b...
This paper presents a new general four-component scattering power decomposition method by implementi...
An integral representation for the classical limit of the quantum mechanical S-matrix is developed a...
The anomalous coherence functions (ACF) of the radiation fields are studied in detail. The relation ...
Mathematical descriptions of an excited state multilevel system are developed to include progressive...
The phenomenon of partial coherence is treated in the frequency domain, rather than in the time doma...
A new basis for the calculation of the coherence matrices of the radiation emitted by a system is in...
The elements of the coherency matrix give the strength of the components of a Mueller matrix in the ...
This book presents a systematic account of optical coherence theory within the framework of classica...
The process of scattering of radiation is usually characterized by a 4 × 4 transformation matrix whi...
We investigate quantum coherences between excited states induced on quantum systems upon excitation ...
Quantum systems are considered in the paper aiming at the investigation of some general theoretical ...
We show that the coherency matrix associated with a general depolarizing Mueller matrix can be facto...
We describe optical coherency matrices as a generalized method for characterizing the statistical pr...
In the first part of this work we study the color coherence phenomenon by considering the well-known...
Based on the integral representation of the three-dimensional Coulomb transition matrix elaborated b...
This paper presents a new general four-component scattering power decomposition method by implementi...
An integral representation for the classical limit of the quantum mechanical S-matrix is developed a...
The anomalous coherence functions (ACF) of the radiation fields are studied in detail. The relation ...
Mathematical descriptions of an excited state multilevel system are developed to include progressive...
The phenomenon of partial coherence is treated in the frequency domain, rather than in the time doma...
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