Principia Materia
Welcome
Installation
Software Conventions
Documentation
Entering Crystal Structures
Compute Irreducible Derivatives
Compute Phonon Linewidth and Thermal Conductivity
Translation Group
Representation
Hamiltonian
Phonons and their interactions
Configuration
Command Line Interfaces
Proposed changes to PM base code
Examples
Continuous Integration
API References
Reporting Issues
Principia Materia
Documentation
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Documentation
Entering Crystal Structures
Compute Irreducible Derivatives
LID Approach on NaCl at Second Order
Computing and analyzing error tails
Computing phonon dispersion and DOS
Compute Phonon Linewidth and Thermal Conductivity
Phonon Linewidth
Thermal Conductivity
Translation Group
Cluster Class
Lattice
Crystal and Finite Translation Group
Algorithm to find translation vectors of any given supercell
Algorithm to find the minimum supercell for a given list of
\(\textbf{q}\)
-points
\(Q\)
-points at a given order and FTG
Representation
Symmetry of atoms in a molecule
Symmetry of displacements of a molecule
Symmetry of Displacements of a Crystal
Direct product and symmetric direct product of irreducible representations
Hamiltonian
Model Hamiltonian
Electron Hamiltonian - 1D Hubbard Model
Phonon Hamiltonian - Square Lattice
Phonons and their interactions
Finite Displacements
Phonon Interaction Symmetry Analysis
Lone Irreducible Derivatives Approach
Bundled Irreducible Derivatives Approach
Phonon Linewidth and Thermal Conductivity
Configuration
Options
Command Line Interfaces
pm-periodica
pm-lid
pm-lid-mesh
pm-bid
pm-hsbid
pm-jobs
pm-convert-errortail
pm-plot-errortail
pm-phonon-band-dos
pm-plot-band
pm-conductivity
Proposed changes to PM base code
array_io.py