Connection between wave transport through disordered 1D waveguides and energy density inside the sample: A maximum-entropy approach
We study the average energy–or particle–density of waves inside disordered 1D multiply-
scattering media. We extend the transfer-matrix technique that was used in the past for the
calculation of the intensity beyond the sample to study the intensity in the interior of the
sample by considering the transfer matrices of the two segments that form the entire
waveguide. The statistical properties of the two disordered segments are found using a
maximum-entropy ansatz subject to appropriate constraints. The theoretical expressions are …
scattering media. We extend the transfer-matrix technique that was used in the past for the
calculation of the intensity beyond the sample to study the intensity in the interior of the
sample by considering the transfer matrices of the two segments that form the entire
waveguide. The statistical properties of the two disordered segments are found using a
maximum-entropy ansatz subject to appropriate constraints. The theoretical expressions are …
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