Choose methods, engines, pseudopotentials, and basis sets
ABINIT
An electronic-structure suite with ground-state, response, phonon, and many-body perturbation workflows documented as separate capabilities.
- Access
- Open
- Interfaces
- CLI
- Tags
- engine
- Entry points reviewed
Official entry points
- ABINITdocs
- Homepagehomepage
- Source repositorysource
- ABINIT pseudopotential guidancedata
- ABINIT tutorialstutorial
Where in the research workflow
- Choose the DFT Method and Computational Setup
- Test Numerical Convergence
- Optimize the Structure
- Calculate the Reference Ground State
- Relative Energies and Formation Energies
- Equation of State and Structural Phase Stability
- Band Structure
- Density of States and Projected Density of States
- Elastic Constants and Mechanical Properties
- Dielectric Response and Born Effective Charges
- Polarization and Ferroelectricity
- Piezoelectric Response
- Harmonic Phonons
- Electron–Phonon Coupling
- Independent-Particle Optical Properties
- Quasiparticle Corrections
- Excitons and the Bethe–Salpeter Equation
Reviewed practical pages
No reviewed hands-on page currently demonstrates this resource. Start from the connected research task and the official entry point.
What to verify
Check current official documentation, access terms, release compatibility, input semantics, and the evidence needed for the specific research claim.
A resource identity, reachable link, successful program run, or plausible figure does not by itself establish numerical convergence, scientific validity, or suitability for a material.