TMM reflectivity simulator for DBR microcavity polaritons

Version 1.0 (22.6 MB) by Jonathan Beaumariage
Transfer matrix implementation for planar structure reflectivity, includes various data fitting abilities
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Updated 2 May 2022

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This is a series of GUIs which allow users to design planar semiconductor optical structures such as distributed bragg reflectors, planar microcavities, etc. This toolbox can then simulate reflectivity, transmission, absorption, electric fields, energy dissipation, and more at various angles,temperatures, wavelengths, and polarizations. Lastly, these various simulated quantities can be fit to experimental data and an optimizing fitting procedure can be executed. One of the core results of interest from this fitting for our purposes is the extraction of exciton fraction from angle resolved polariton data.
This is a large piece of software. A playlist will be uploaded to my youtube account showing various methods at:
https://www.youtube.com/playlist?list=PLGm3L0OhhlZAD1vfxjT0nOAx7MpQc9GiC

Cite As

Jonathan Beaumariage (2024). TMM reflectivity simulator for DBR microcavity polaritons (https://www.mathworks.com/matlabcentral/fileexchange/111005-tmm-reflectivity-simulator-for-dbr-microcavity-polaritons), MATLAB Central File Exchange. Retrieved .

MATLAB Release Compatibility
Created with R2020a
Compatible with R2020a and later releases
Platform Compatibility
Windows macOS Linux
Acknowledgements

Inspired by: text-to-speech, Number to Scientific Prefix, wraptext

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data_analyzer

general_functions

quick_movie_gui

sample_simulation

sample_simulation/material_index_library

sample_simulation/material_index_library/index_data

spec_fit

spec_fit/fittable_functions

Version Published Release Notes
1.0