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Quantization of electromagnetic field in an inhomogeneous medium based on scattering matrix formalism (S-quantization)

机译:基于散射矩阵形式主义(S量化)的非均匀介质中电磁场的量化

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摘要

We have developed a procedure for quantization of the electromagnetic field in a layered inhomogeneous media based on analysis of the eigenvalues of the scattering matrix (S-matrix). In contrast to the method involving quantization of the electromagnetic field, involving the use of periodic boundary conditions (Born-von Karman conditions), the proposed procedure (S-quantization) is based on equality of the amplitudes of waves incident on a quantization box and waves outgoing from the quantization box, which is equivalent to equating unity eigenvalues of the scattering matrix. We perform a comparison of the density of states and spatial structure of the field calculated with periodic boundary conditions and using the procedure of S-quantization.
机译:我们已经基于对散射矩阵(S-matrix)本征值的分析,开发了一种用于分层不均匀介质中电磁场量化的程序。与涉及对电磁场进行量化的方法(涉及使用周期性边界条件(Born-von Karman条件))相比,所提出的过程(S量化)基于入射在量化盒上的波振幅相等和从量化盒发出的电波,等于使散射矩阵的单位特征值相等。我们对利用周期性边界条件和使用S量化过程计算出的场的状态密度和空间结构进行了比较。

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