Phase diagram of a pseudogap Anderson model with application to graphene

This repository contains the codes and dataset used for the article "Phase diagram of a pseudogap Anderson model with application to graphene" on arXiv:2107.09854 [cond-mat.str-el]. File descriptions: codes.tar.gz Python code to run the impurity solver C++ integrate to conduct integrals for the hybridization function C++ cthyb is the modified TRIQS-CTHYB code for the impurity solver (commit 5910fc37a03f6f810051eb1d11fb9085a0e3df97of https://github.com/TRIQS/cthyb.git) that includes measurements for spin-spin and density-density correlation function and the Binder parameter used in the article Some Python scripts to collect data from the raw dataset figures: data, plotting script and PDF files for figures used in the article raw_data: data generated by CT-HYB solver and stored in HDF5 file format