huaguiyuan Goto Github PK

spin_texture

ssss

"Deep Learning and Quantum Programming" Spring School @ Song Shan Lake

strain-dirac

Calculates properties of superconducting or non-superconducting 2D Dirac electrons in an arbitrary quasi-1D vector potential

summer_school_intro_to_gmm_and_gps

Jupyter notebook implementations of Gaussian mixture model and Gaussian process written for Machine Learning in Condensed Matter Physics Conference at Donostia International Physics Center (DIPC)

sumo

Heavyweight plotting tools for ab initio calculations

surfgf

surface green function calculation

symmetry_representation

Describing and constructing symmetry operations and their representations.

symv

symmetry finder

tb

Tight binding package. Define effective tight binding systems (instances of the class tb.sc.SuperCell) and create the tight binding matrix using the method tbmat(). Several common tight binding models are predefined in the submodule define.

tbg

landau_levels_of TBG

tbm3

Tight-Binding Modeling for Materials at Mesoscale

tbtk

A C++ library for solving second-quantized Hamiltonians

tbtk2017_09_26

Spin-polarized LDOS for a topological superconductor island.

tbtool

tightbinding

Rust tools for tight-binding calculations

tightbinding-1

Semi-empirical tight-binding computation of the electronic structure of semiconductors

top

Interaction-driven topological superconductivity

topins2

Topological Superconductors - Notebooks for an introductory course

topocm

Course - Topology in CM. Include assignments, notes and technical details

topocm_content

Course on topology in condensed matter

topological-persistence

The goal is to implement an algorithm to compute persistence homology with coefficients in the field Z2, and to test it on various filtrations.

topological_pipelines_for_porous_materials

This is a code to compute topological invariant of nano porous materials

topology

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

topology-1

topo_2bands

Compute Chern number, Z2 number, Berryphase, Slab, and Fermi arc in 2-bands periodic systems with Hamiltonian formulation.

tutorials

introduction to machine learning notebooks for physics education researchers

unfold

Unfolding code using wannier functions

utilities

Various small utilities

vasp

Python program to evaluate off-resonance Raman activity using VASP code as the backend.

vasp-1