Generalized stokes polarimetry design for 3-d polarization field

HIGHLIGHTS

• What: To find the optimal GSP configuration and optimize the analysis matrix, the authors design an effective optimization algorithm which combines large-sample Monte-Carlo and Gradient Descent (GD) methods.
• Who: L UO WANG and collaborators from the School of Technology, Beijing, China have published the research: Generalized Stokes polarimetry design for 3-D polarization field, in the Journal: (JOURNAL) of October/23,/2024

SUMMARY

Existing Stokes polarimetry and its design theory are primarily based on paraxial 4-component Stokes vector and 4 × 4 Mueller Matrix. To optimize the 9 × 9 . . .

 



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