Dr. JENA (nityasagarjena)

nityasagarjena

Geek Repo

Company:Scientific Computing for Material Properties

Location:Europe

Home Page:https://scholar.google.com/citations?user=zb62DWsAAAAJ&hl=en

Github PK Tool:Github PK Tool

Dr. JENA's repositories

allegro

Allegro is an open-source code for building highly scalable and accurate equivariant deep learning interatomic potentials

Language:PythonLicense:MITStargazers:0Issues:0Issues:0

almaBTE

almaBTE fork

Language:C++License:Apache-2.0Stargazers:0Issues:0Issues:0

atomate2

atomate2 is a library of computational materials science workflows

Language:PythonLicense:NOASSERTIONStargazers:0Issues:0Issues:0

atomate2-lammps

An add-on package for atomate2 that implements workflows for the LAMMPS molecular dynamics code.

Language:PythonLicense:NOASSERTIONStargazers:0Issues:0Issues:0

atomvision

Deep learning framework for atomistic image data; https://pages.nist.gov/jarvis_leaderboard/

Language:PythonLicense:NOASSERTIONStargazers:0Issues:0Issues:0

automag

Automatic search for the most stable magnetic state of a given structure

Language:PythonLicense:GPL-3.0Stargazers:0Issues:0Issues:0
License:MITStargazers:0Issues:0Issues:0

deepchem

Democratizing Deep-Learning for Drug Discovery, Quantum Chemistry, Materials Science and Biology

Language:PythonLicense:MITStargazers:0Issues:0Issues:0

effmass

Calculates various definitions of effective mass from the electronic bandstructure of a semiconductor.

License:MITStargazers:0Issues:0Issues:0

elate

ELATE: Elastic tensor analysis

Language:PythonLicense:MITStargazers:0Issues:0Issues:0

hippynn

python library for atomistic machine learning

Language:PythonLicense:NOASSERTIONStargazers:0Issues:0Issues:0

icsg3d

3-D Inorganic Crystal Structure Generation and Property Prediction via Representation Learning (JCIM 2020)

Language:PythonLicense:MITStargazers:0Issues:0Issues:0

jarvis

JARVIS-Tools: an open-source software package for data-driven atomistic materials design. Publications: https://scholar.google.com/citations?user=3w6ej94AAAAJ

Language:PythonLicense:NOASSERTIONStargazers:0Issues:0Issues:0

kaldo

Anharmonic Lattice Dynamics

Language:PythonLicense:BSD-3-ClauseStargazers:0Issues:0Issues:0

maml

Python for Materials Machine Learning, Materials Descriptors, Machine Learning Force Fields, Deep Learning, etc.

Language:PythonLicense:BSD-3-ClauseStargazers:0Issues:0Issues:0
Language:PythonLicense:GPL-3.0Stargazers:0Issues:0Issues:0

optimade-python-tools

Tools for implementing and consuming OPTIMADE APIs in Python

Language:PythonLicense:MITStargazers:0Issues:0Issues:0

p2ptrans

An algorithm to match crystal structures atom-to-atom

Language:PythonStargazers:0Issues:0Issues:0

PhononIrep

A phonon irreducible representations calculator

Language:MathematicaLicense:GPL-3.0Stargazers:0Issues:0Issues:0

python-sscha

The python implementation of the Stochastic Self-Consistent Harmonic Approximation (SSCHA).

Language:Jupyter NotebookLicense:GPL-3.0Stargazers:0Issues:0Issues:0

qhull

Qhull development for www.qhull.org -- Qhull 2020.2 (8.1-alpha1) at https://github.com/qhull/qhull/wiki

Language:CLicense:NOASSERTIONStargazers:0Issues:0Issues:0

ShakeNBreak

Defect structure-searching method employing chemically-guided bond distortions to locate ground-state and metastable structures of point defects in solid materials.

Language:PythonLicense:MITStargazers:0Issues:0Issues:0

ShengBTE

Fork of ShengBTE

Language:FortranLicense:GPL-3.0Stargazers:0Issues:0Issues:0

SLME-fortran90

SLME implementation in Fortran90

Language:FortranLicense:GPL-3.0Stargazers:0Issues:0Issues:0

SpaceGroupIrep

A mathematica package for irreducible representations of space group

Language:MathematicaLicense:GPL-3.0Stargazers:0Issues:0Issues:0

SQE_phonon

Phonon dynamical structure factor calculation

Language:PythonStargazers:0Issues:0Issues:0

ThermoPlotter

A tool for making data analysis and plotting scripts for thermoelectrics codes used in computational materials science.

Language:PythonLicense:AGPL-3.0Stargazers:0Issues:0Issues:0

VASP_ldos_map

Methods for interpolating the local density of states (ldos) from a VASP calculation. The ldos is weighted by the tunneling probability from a specified position above the surface, producing results analogous to a scanning tunneling microscopy experiment.

Language:PythonLicense:MITStargazers:0Issues:0Issues:0

VASPBAUM

BAnd Unfolding Machinery for VASP (VASP-BAUM)

Language:FortranLicense:GPL-3.0Stargazers:0Issues:0Issues:0
Language:PythonStargazers:0Issues:0Issues:0