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Mie scattering

Mie scattering of light by perfect spheres: https://github.com/scottprahl/miepython — extinction, scattering, and absorption efficiencies; asymmetry parameter (scattering anisotropy); angle-resolved scattering intensities; Mie expansion coefficients; complex amplitude functions and Mueller matrices; E-field and H-field calculations in the near-field around a sphere
Calculate scattered and internal fields for a spherical particle using Mie theory: https://github.com/andrea-baldi/Mie_Scattered_and_Internal_Fields_3D_Sphere
Calculate scattered and internal fields for a spherical particle using Mie theory: https://github.com/andrea-baldi/Mie_Scattering_and_Absorption_Sphere
Calculate the scattering, extinction, and absorption cross-section spectra of core-shell spherical particles: https://github.com/andrea-baldi/Mie_Core_Shell
monte-carlo-mie-scattering-polydisperse-particles: https://github.com/refetaliyalcin/monte-carlo-mie-scattering-polydisperse-particles

Transfer-matrix method for optics of thin and thick multilayer films: https://github.com/sbyrnes321/tmm

Design broadband thin-film spectral filters by memetic algorithm: https://github.com/YuJerryShi/thin_film_memetic_optimization

Heat Transfer Green’s functions for various sources: https://github.com/scottprahl/grheat

Gradient atmospheric model for radiative cooling: https://zenodo.org/records/15620535
Data files and Matlab codes for analyzing a multilayer thin-film photonic radiative cooler: https://github.com/zaman13/Photonic-Radiative-Cooler
Radiative Cooling & Heating Calculator: https://github.com/cuity1/Radiation-cooling-and-heating-calculation
calculating the cooling power and steady-state of a solid plane emitter: https://github.com/WangZhuning/Cooling-power-of-a-solid-plane-emitter