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symmetry_representation

Describing and constructing symmetry operations and their representations.

tb2j

a python package for computing magnetic interaction parameters

tb_play

A play ground for PythTb, Kwant, Pybinding and Wannier90 👾, and MORE

tbfit

Tight-binding parameter fitting package (TBFIT) for Slater-Koster method

tbmodels

A tool for creating and manipulating tight-binding models.

tbmodels-1

A collection of non-interacting Tight Binding models, often used as a basis for interacting problem calculations.

tbtool

teprop2d

Simple program to calculate thermoelectric properties of 2D materials

terminal

The new Windows Terminal, and the original Windows console host -- all in the same place!

testcode

testcode is a python module for testing for regression errors in numerical (principally scientific) software.

thermo_pw

Ab-initio computation of material properties

thinviscoelasticfilms

This code solves the thin film (or long wave) approximation of thin viscoelastic films on a solid, flat substrate subject to the van der Waals interaction force, in two spatial dimensions. The governing equations are obtained within a long-wave (lubrication) approximation of the Navier–Stokes equations with Jeffreys model for viscoelastic stresses. This version of the code does not include any gravitational effects.

tigerci

tight-binding-core

To construct and solve the tight-binding model with friendly GUI.

tightbinding.jl

This can construct the tight-binding model and calculate energies

timekeeper

forked from http://maru.bonyari.jp/timekeeper/timekeeper.html#start

toastpp

Toast++: Forward and inverse modelling in optical tomography

tools

DFT post processing tools

topocm_content

Course on topology in condensed matter

topological-materials

topotoolssiesta

Tools for the study of topological materials with Siesta

torque

Torque Repository

transopt

The package TransOpt makes it possible for VASP users to calculate electrical transport properties (Seebeck coefficients, electrical conductivities, and electronic thermal conductivities) by using (1) the momentum matrix method (Method 1) or (2) derivative method same as adopted in BoltzTrap (Method 2).

trlan

thick restart lanczos

ttb

Tensor Toolbox for Modern Fortran

ttlg

twist2d

Python code for twisting the 2D materials.

twistronics.jl

twistwantb

ucasthesis

LaTeX Thesis Template for the University of Chinese Academy of Sciences