rpw199912j

article-downloader

Uses publisher APIs to programmatically retrieve scientific journal articles for text mining.

e3nn-eform

E3NN prediction of crystal formation energy

JAX-TherMo

Forked demo code for implementation of differentiable thermodynamic modeling in JAX.

MatBERT

matminer

Data mining for materials science

matsci_animation

materials science related animations

mit_classification_demographics

A survey analysis to evaluate how well domain experts can classify materials with metal-insulator transition.

mit_model_code

XGBoost models to classify materials with metal-insulator transition behavior

mit_model_code-1

Code and data used in constructing metal-insulator transition classifier

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.

rpw199912j/matsci_animation

materials science related animations

rpw199912j/mit_model_code

XGBoost models to classify materials with metal-insulator transition behavior

rpw199912j/article-downloader

Uses publisher APIs to programmatically retrieve scientific journal articles for text mining.

rpw199912j/e3nn-eform

E3NN prediction of crystal formation energy

rpw199912j/JAX-TherMo

Forked demo code for implementation of differentiable thermodynamic modeling in JAX.

rpw199912j/MatBERT

rpw199912j/matminer

Data mining for materials science

rpw199912j/mit_classification_demographics

A survey analysis to evaluate how well domain experts can classify materials with metal-insulator transition.

rpw199912j/mit_model_code-1

Code and data used in constructing metal-insulator transition classifier

rpw199912j/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.

rpw199912j/rpw199912j.github.io

My personal website

rpw199912j/solid_state_synthesis