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yanguang21's Projects

bands_inspect icon bands_inspect

Utilities for creating, comparing and plotting bandstructures of materials.

deepmd-kit icon deepmd-kit

A deep learning package for many-body potential energy representation and molecular dynamics

dmrg icon dmrg

Density matrix renormalization group implementation.

electrontb icon electrontb

Construct electronTB and implement many-body interactions within mean-field approximation

hubbard-bethe icon hubbard-bethe

A python implementation of Bethe ansatz in the Hubbard model by Lieb and Wu

hubbard-ed icon hubbard-ed

A C++ numerical solution for obtaining the exact solutions for the energy spectrum of Half-filled Hubbard Model

irvsp icon irvsp

to compute Irreducible Representations of electronic states in Vienna ab-initio Simulation Package (irvsp) -------------------- Please cite arXiv:2002.04032 when you use any code in this repository.

kp_tblg icon kp_tblg

A relaxed kp model of twisted bilayer graphene

mean-field icon mean-field

This repository contains some codes that are developed for the sake of condensed matter physics research about the study of the forming of unconventional plasmon using three dimensions Hubbard model with mean-field approximation.

neqdmft icon neqdmft

Fortran Code for the non-equilibrium Dynamical Mean Field Theory

pymatgen icon pymatgen

Python Materials Genomics (pymatgen) is a robust materials analysis code that defines core object representations for structures and molecules with support for many electronic structure codes. It is currently the core analysis code powering the Materials Project.

spglib icon spglib

C library for finding and handling crystal symmetries

tbmodels icon tbmodels

A tool for creating and manipulating tight-binding models.

tbtk icon tbtk

A C++ library for solving second-quantized Hamiltonians

topological-edge-states icon topological-edge-states

Numerical calculations of eigenvalues and analytical mathematical calculation notebooks for KTH Master Thesis

topology icon topology

Calculate bandstructures, DOS, spectral function, chern number and Z2 invariant from a given tight-binding Hamiltonian

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