# FreePATHS

## FreePATHS

- [FreePATHS](https://anufrievroman.gitbook.io/freepaths/readme.md): Free Phonon And THermal Simulator
- [References and credits](https://anufrievroman.gitbook.io/freepaths/references-and-credits.md)
- [Installation](https://anufrievroman.gitbook.io/freepaths/getting-started/installation.md)
- [Usage](https://anufrievroman.gitbook.io/freepaths/getting-started/usage.md): How to run FreePATHS simulations
- [Input file creation](https://anufrievroman.gitbook.io/freepaths/getting-started/config-file-creation-guide.md): How to make your own input files
- [Algorithm](https://anufrievroman.gitbook.io/freepaths/theory/algorithm.md): General flow of the simulation
- [Thermal conductivity](https://anufrievroman.gitbook.io/freepaths/theory/themal-conductivity-calculation.md): Calculation of thermal conductivity via Fourier law or MFP
- [Electrical conductivity](https://anufrievroman.gitbook.io/freepaths/theory/electrical-conductivity.md): Theory behind electron simulations
- [Other equations](https://anufrievroman.gitbook.io/freepaths/theory/equations.md): Math behind the simulations
- [Transmission equations](https://anufrievroman.gitbook.io/freepaths/theory/transmission-equations.md): Formalism used to model transmission through thin layers or another material
- [Nanowire](https://anufrievroman.gitbook.io/freepaths/basic-tutorials/nanowire.md): Silicon nanowire at 300 K
- [Phononic crystal](https://anufrievroman.gitbook.io/freepaths/basic-tutorials/phononic-crystal.md): Square array of holes in a thin plate at 4 K
- [Electrons in holey membranes](https://anufrievroman.gitbook.io/freepaths/basic-tutorials/electrons-in-holey-membranes.md): Example of electrical conductivity simulations for a membrane with holes
- [Parabolic lens](https://anufrievroman.gitbook.io/freepaths/basic-tutorials/parabolic-lens.md): Collimation and focusing using parabolic lenses
- [Thermal gradients](https://anufrievroman.gitbook.io/freepaths/basic-tutorials/thermal-gradients.md): How to create thermal gradients in different directions
- [Scattering map](https://anufrievroman.gitbook.io/freepaths/basic-tutorials/scattering-map.md)
- [Animations](https://anufrievroman.gitbook.io/freepaths/basic-tutorials/animations.md): Creating animations of phonon trajectories
- [Thin layers](https://anufrievroman.gitbook.io/freepaths/basic-tutorials/thin-layers.md): Thin layers of another material in the crystal
- [Parametric sweep](https://anufrievroman.gitbook.io/freepaths/advanced-tutorials/parametric-sweep.md): How to run multiple simulations with varied parameters
- [Creating new hole shapes (the easy way)](https://anufrievroman.gitbook.io/freepaths/advanced-tutorials/creating-new-holes-the-easy-way.md)
- [Adding your own hole shapes (the advanced way)](https://anufrievroman.gitbook.io/freepaths/advanced-tutorials/adding-your-own-hole-or-pillar-the-advanced-way.md)