Python-based electromagnetic simulator and mode solver for nanophotonics applications, using the Eigenmode Expansion (EME) method.
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Updated
Mar 21, 2023 - C++
Python-based electromagnetic simulator and mode solver for nanophotonics applications, using the Eigenmode Expansion (EME) method.
<NEEDS MAJOR UPDATE> Simulations of electromagnetic waves - easier scripting, postprocessing and field export
Computing the Bandgap of a 2D Photonic Crystal by COMSOL-MATLAB Scripting
Photonic crystals in Julia 🦚
Band diagram and Field of 2D photonic cristal
Tools for the design and characterisation of thin-films written in Julia.
Modeling and designing Photonic Crystal Nanocavities via Deep Learning
Topological Invariant Calculation for Photonic Crystals Including Chern Number and Wilson Loop
Plot photonic dispersion curves with mode shapes (a frontend to MIT Photonic bands)
RCWA Solver
Plane Wave Expansion method for photonic crystals. Mirror of https://gitlab.com/protis/protis
3D Plane Wave Expansion
The GME (guided mode expansion) method was formulated to efficiently solve the band structure and radiation losses of photonic crystal slabs. Here you will find the c++ implementation of this beautiful technique.
Simulation framework for the calculation of the dispersion properties of photonic crystals for enhanced atom-atom interactions mediated by photons.
Aquí se encuentra un conjunto de códigos que se usaron para la escritura de mi tesis de licenciatura con el fin del estudio y análisis de cristales fotónicos con recubrimiento de grafeno en distintas configuraciones
Teoría y cálculos de propiedades ópticas de metamateriales. Los cálculos se implementaron usando lenguaje PDL, cuya descripción es dada en el texto principal. Notas de la escuela de verano, ICF, UNAM
Model of the propagation of bandgaps in one dimensional photonic crystals.
Photonics FDTD simulation with MatLab
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