An approach of azimuthally invariant Mueller-matrix description of the formation of polarization singularities networks of object fields of optically anisotropic biological tissues is proposed. The main formation scenarios of the topological polarization-singular structure of the boundary field of networks of optically anisotropic cylinders are determined by means of computer simulation. In order to assess the polarization-singular structure of the object field of real biological tissues, an original Mueller-matrix method of statistical analysis of the number of L and C points has been developed.

中文翻译：

---

癌症诊断中生物组织样本光学各向异性的穆勒矩阵不变量的偏振奇异性分析

提出了一种对光学各向异性生物组织物场偏振奇点网络形成的方位不变穆勒矩阵描述方法。通过计算机模拟确定了光学各向异性圆柱体网络边界场拓扑偏振奇异结构的主要形成场景。为了评估真实生物组织物场的偏振奇异结构，开发了一种原始的Mueller矩阵L和C点数量统计分析方法。