Metadata-Version: 2.1
Name: qphGamma
Version: 0.1.43
Summary: A package for finding quasiparticle and quasihole scattering rates
Home-page: https://github.com/brobinson10296/qphGamma
Download-URL: https://github.com/brobinson10296/qphGamma/archive/main.zip
Author: Brian Robinson
Author-email: b.p.robinson102@gmail.com
Keywords: first principles,VASP,Fermi gas,Fermi liquid,e-e scattering
Description-Content-Type: text/markdown
License-File: LICENSE.txt

# qphGamma - Python package for analyzing qp (e-) and qh (h+) scattering rates

This package is used to calculate, post-process, and analyze qp and qh scattering rates.  Currently, it supports calculating the scattering rate from a finite-temperature *GW* calculation, through the relation between the imaginary part of the electron-self energy and the scattering rate. It also allows for one to calculate the scattering rate predicted by the Vignale Fermi-liquid (FL) approximation.

Currently, this package will do the following
- Energy- and electronic temperature-dependent scattering rate
- Energy averaged scattering rate
  - Found by integrating total (qp+qh) gamma, occ., 1-occ., and dos over energy
  - Choice of gamma, dos, and occ. must be made
