
NWChem
High-performance computational chemistry for exascale molecular modeling and simulation.
Explore 16,260 mapped tasks across 9,735 active AI tools
We couldn't find an exact match for "density functional theory dft calculations", so our AI connected you to the closest relevant task and tool set.

High-performance computational chemistry for exascale molecular modeling and simulation.
AFLOW is a materials science repository that provides calculated properties for a vast library of inorganic crystalline compounds, enabling materials discovery and design.
AFLOWlib.org is a materials science repository providing access to calculated properties of inorganic crystalline compounds.

High-performance molecular dynamics and electronic structure simulations for materials science.

Accelerating drug discovery through physics-informed machine learning and quantum-accurate molecular simulation.

All-electron, full-potential electronic structure theory for high-fidelity molecular and materials discovery.

The world's largest open-access database of materials properties powered by AI and high-throughput computing.
OQMD is a database of DFT calculated thermodynamic and structural properties of materials.

Open-source quantum chemistry software for high-performance computational chemistry.

Atomic scale materials modelling from first principles.

A free distribution service and open-access archive for scholarly articles.

A library for audio analysis and feature extraction.

Science-backed functional music designed to improve focus, sleep, and relaxation within 15 minutes.

Enhance your writing with AI-powered tools for citations, plagiarism checks, and grammar assistance.
Synthesizing novel views of dynamic scenes with complex non-rigid geometries using neural radiance fields.

A lightweight face recognition and facial attribute analysis library for Python.

Enhance your writing with AI-powered assistance, plagiarism checks, and citation generation.

Specialist application for literature review, including systematic reviews and meta-analyses.