Materials Project
An open resource of computed materials data with web and API tools for exploring structures and predicted properties.
RESEARCH CATEGORY
Explore molecules, reactions, and computational materials. The database currently includes 51 tools, models, databases, or infrastructure entries in this category.
An open resource of computed materials data with web and API tools for exploring structures and predicted properties.
A Google DeepMind research system and dataset for predicting the stability of candidate inorganic materials with graph neural networks.
An open-source generative model from Microsoft Research for proposing inorganic crystal structures, including property-conditioned generation.
A machine-learning platform for reaction prediction and retrosynthesis. IBM states that the hosted service and APIs will close on October 28, 2026; a self-hostable version is available.
A professional chemistry application for drawing structures and reactions and working with chemical information.
An open-source cheminformatics toolkit for molecular representations, descriptors, substructure search, and modeling workflows.
An open chemical information resource from NCBI covering compounds, substances, identifiers, properties, and biological activities.
An open EMBL-EBI database of curated bioactivity data for drug-like molecules and their biological targets.
A commercial research platform for searching chemical substances, reactions, literature, and supplier information.
An open-source suite for electronic-structure calculations and materials modeling based on plane waves and pseudopotentials.
An open-source program for predicting and scoring candidate binding poses between small molecules and receptors.
An open-source molecular simulation toolkit with a Python API and support for GPU acceleration.
An open-source toolkit and community project for setting up, running, and analyzing relative binding free-energy calculations.
Research code that applies a diffusion-based generative model to predict protein-small-molecule ligand binding poses.
An open-source retrosynthesis planning tool that combines Monte Carlo tree search with learned reaction models.
An open-source command-line system for generative molecular design and multi-objective optimization using recurrent and Transformer models.
An open-source Python library for representing, transforming, and analyzing materials structures and computational outputs.
An open-source Python toolkit for setting up, running, and analyzing atomistic simulations across multiple calculators.
An open-source parallel simulation engine for classical molecular dynamics and particle-based materials modeling.
An open materials-science platform for storing, normalizing, searching, and analyzing computational research data.
A research platform providing high-throughput computational materials data, crystal prototypes, and programmatic search interfaces.
An open-source package for training deep neural-network interatomic potentials and using them in molecular simulation.
An open-source PyTorch toolbox for developing and training atomistic machine-learning models.
An open quantum-materials database of structures, formation energies, and stability data derived from density-functional-theory calculations.
An open-source framework for training E(3)-equivariant machine-learning interatomic potentials, with integrations for ASE and LAMMPS workflows.
An open-source PyTorch framework for training and deploying machine-learning interatomic potentials with higher-order equivariant message passing.
A pretrained graph-neural-network potential and open-source tools for charge-informed atomistic prediction and fine-tuning.
An open-source Python library for graph deep learning, property prediction, and machine-learning potential development in materials science and chemistry.
An open-source Python package that converts atomic structures into fixed-size numerical descriptors such as SOAP and MBTR.
Open-source software for phonon spectra, density-of-states, and thermal-property calculations within harmonic and quasi-harmonic approximations.
Open-source Python software for density-functional-theory calculations using the projector-augmented-wave method and the Atomic Simulation Environment.
Open-source high-performance software for quantum chemistry and atomistic simulation of solids, liquids, molecules, and biological systems.
Proprietary research software for first-principles electronic-structure, materials-property, and quantum molecular-dynamics calculations.
An open-source suite for DFT, perturbation-theory, and many-body electronic-structure calculations on materials and molecules.
Open-source software that uses strictly localized atomic orbitals for electronic-structure and first-principles molecular-dynamics calculations on molecules and solids.
Open-source software using pseudo-atomic localized basis functions for electronic-structure, molecular-dynamics, and transport calculations in nanoscale materials.
An open-source command-line suite for small-molecule docking, virtual screening, and scoring candidate receptor-ligand poses.
A molecular-dynamics software suite for biomolecular simulation. AmberTools is free and mostly open source, while Amber26 has a separate license and fee structure.
A proprietary integrated platform for molecular modeling, simulation, informatics, and computational research in drug discovery and materials science.
Molecular Operating Environment is a proprietary integrated platform for molecular modeling, drug design, cheminformatics, and simulation.
An open-source machine-learning package for training message-passing neural networks on molecular and reaction property data.
An open-source cheminformatics toolkit for converting, filtering, and manipulating chemical file formats through command-line, graphical, and programming interfaces.
An open-source quantum-chemistry framework with a Python-first interface for electronic-structure calculations on molecules and periodic systems.
An open-source quantum-chemistry package supporting Hartree–Fock, density-functional, perturbation, coupled-cluster, and intermolecular-interaction methods.
An open-source program implementing GFN semiempirical extended tight-binding methods and related force fields for energies, structures, frequencies, and dynamics.
An open-source command-line program for automated exploration of low-energy molecular chemical space and generation of conformer, rotamer, and related structure ensembles.
An open-source cross-platform desktop application for building, editing, visualizing, and inspecting molecules and materials, with plugins and computational-output parsing.
An open-source library and command-line tool that adds enhanced sampling, free-energy methods, collective variables, and trajectory analysis to molecular-dynamics workflows.
An open-source Python library for reading, selecting, transforming, and analyzing molecular-dynamics trajectories and topology formats.
A general-purpose quantum-chemistry package covering density-functional, correlated wave-function, multireference, and spectroscopic methods.
A parallel molecular-dynamics program for high-performance simulation of large biomolecular systems on multicore, cluster, and GPU platforms.