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Logan Ward's Projects

megnet icon megnet

Graph Networks as a Universal Machine Learning Framework for Molecules and Crystals

minimal-mpnn icon minimal-mpnn

A minimal message-passing neural network for molecular properties

oqmd-dl-analysis icon oqmd-dl-analysis

Analysis of the predictions made by a deep learning model trained on the OQMD

parsl icon parsl

Parsl - Parallel Scripting Library

pif-dft icon pif-dft

Tools for converting from DFT codes into PIF objects

proxystore icon proxystore

Python Lazy Object Proxy Interface for Distributed Stores

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.

pypif icon pypif

Python toolkit for working with PIFs

python-ternary icon python-ternary

:small_red_triangle: Ternary plotting library for python with matplotlib

pyvoro icon pyvoro

2D and 3D Voronoi tessellations: a python entry point for the voro++ library

qball icon qball

Qball (also known as qb@ll) is a first-principles molecular dynamics code that is used to compute the electronic structure of atoms, molecules, solids, and liquids within the Density Functional Theory (DFT) formalism. It is a fork of the Qbox code by Francois Gygi.

qcengine icon qcengine

Quantum chemistry program executor and IO standardizer (QCSchema).

qml icon qml

QML: Quantum Machine Learning

qmpy icon qmpy

A suite of computational materials science tools.

schnetpack icon schnetpack

SchNetPack - Deep Neural Networks for Atomistic Systems

ternary-semiconductors-mhm icon ternary-semiconductors-mhm

Scripts from a paper on discovering ternary semiconductors with machine learning and crystal structure prediction

toolbox icon toolbox

Toolbox is a collection of the Materials Data Facility tools and utilities.

ward-npj-2016-examples icon ward-npj-2016-examples

Scripts for replicating a paper on predicting the properties of materials with machine learning

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