Alternatives and similar repositories for RigorousCoupledWaveAnalysis.jl

Users that are interested in RigorousCoupledWaveAnalysis.jl are comparing it to the libraries listed below

• complexphoton / MESTI.jl
  3D multi-source electromagnetic simulations in frequency domain, implementing the augmented partial factorization (APF) and other methods…
  ☆42Updated last year
• stevengj / GeometryPrimitives.jl
  geometric primitives for piecewise functions on grids
  ☆21Updated last year
• ianmatthewhammond / VectorModesolver.jl
  Vector Finite Difference Maxwell Modesolver
  ☆16Updated last year
• facebookresearch / Khronos.jl
  A GPU-accelerated, differentiable, Maxwell FDTD solver
  ☆66Updated last year
• lxvm / DeltaRCWA.jl
  An nanophotonics solver for inverse design of metamaterials
  ☆14Updated last year
• paulxshen / Luminescent.jl
  ☆82Updated 3 weeks ago
• fancompute / FDFD.jl
  Pure Julia implementation of the finite difference frequency domain (FDFD) method for electromagnetics
  ☆37Updated 4 years ago
• JuliaPhysics / ThinFilmsTools.jl
  Tools for the design and characterisation of thin-films written in Julia.
  ☆31Updated last week
• sp94 / Peacock.jl
  Photonic crystals in Julia 🦚
  ☆38Updated 3 months ago
• LupoLab / Luna.jl
  Nonlinear optical pulse propagator
  ☆91Updated last week
• zhaonat / FDFD_modules
  personal set of FDFD codes used for my research. Much of this has been inspired by Yu (Jerry) Shi and Wonseok Shin
  ☆20Updated 6 years ago
• steve1029 / IES
  A package includes various time-domain numerical solvers for the Maxwell's equations.
  ☆14Updated last year
• HomerReid / meep_adjoint
  Adjoint-solver module for MEEP.
  ☆11Updated 5 years ago
• zlin-opt / meep-adjoint-3d
  A quick hack for adjoint gradient computations with MEEP.
  ☆10Updated 5 years ago
• JuliaPhysics / WaveOpticsPropagation.jl
  Propagate waves efficiently, optically, physically, differentiably with Julia Lang.
  ☆31Updated this week
• garrekstemo / TransferMatrix.jl
  A general 4x4 transfer matrix for optical waves in layered media for Julia
  ☆19Updated 2 months ago
• tfp-photonics / treams
  ☆30Updated 2 weeks ago
• rpestourie / fdfd_local_field
  FDFD solver for Helmholtz equation in 2D written in julia
  ☆15Updated 5 years ago
• spinsphotonics / pjz
  pjz is JAX and fdtd-z -- scalable photonic simulation and optimization
  ☆20Updated last year
• zhaonat / eigenwell
  finite difference based eigensolving for Maxwell's equations and photonic structures
  ☆14Updated 3 years ago
• mitmath / 18369
  18.369/8.315 - Mathematical Methods in Nanophotonics course
  ☆119Updated last year
• NanoComp / imageruler
  measure minimum solid/void lengthscales in binary image
  ☆15Updated 2 weeks ago
• JuliaPhysics / PhysicalOptics.jl
  A package for simulation of physical optics. Physical optics is more general than ray optics but not as general as full electrodynamics.
  ☆52Updated 3 weeks ago
• samuelkim314 / topo-phc-opt
  Automated Discovery and Optimization of 3D Topological Photonic Crystals
  ☆11Updated 2 years ago
• stanfordnqp / jaxwell
  Jaxwell is JAX + Maxwell
  ☆46Updated last year
• VignoliniLab / PyLlama
  PyLlama enables to calculate the reflection and transmission spectra of an arbitrary multilayer stack whose layers are made of dispersive…
  ☆19Updated 3 years ago
• oashour / NonlinearSchrodinger.jl
  A suite of tools for solving Nonlinear Schrodinger equations via higher-order algorithms and Darboux transformations.
  ☆51Updated last year
• philmain28 / philsol
  Simple python library for calculating the modes of electromagnetic waveguides using finite difference frequency domain method.
  ☆44Updated last month
• zhaonat / py-maxwell-fd3d
  A functional and efficient python implementation of the 3D version of Maxwell's equations
  ☆27Updated 3 years ago
• xtalax / FDTD.jl
  An implementation of the Finite Difference Time Domain (FDTD) method in 2D and 3D for Electromagnetic Simulation in julia.
  ☆13Updated 5 years ago