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- CONQUEST abstract "CONQUEST is a linear scaling, or O(N), density functional theory (DFT) electronic structure code. The code is designed to perform DFT calculations on very large systems containing many thousands of atoms. It can be run at different levels of precision ranging from ab initio tight binding up to full DFT with plane wave accuracy. It has been applied to the study of three-dimensional reconstructions formed by Ge on Si(001), containing over 20,000 atoms. Tests on the UK's national supercomputer HECToR in 2009 demonstrated the capability of the code to perform ground-state calculations on systems of over 1,000,000 atoms.".
- CONQUEST wikiPageExternalLink www.conquest.ucl.ac.uk.
- CONQUEST wikiPageExternalLink www.london-nano.com.
- CONQUEST wikiPageExternalLink www.nims.go.jp.
- CONQUEST wikiPageID "22382490".
- CONQUEST wikiPageRevisionID "597014713".
- CONQUEST hasPhotoCollection CONQUEST.
- CONQUEST subject Category:Computational_chemistry_software.
- CONQUEST subject Category:Density_functional_theory.
- CONQUEST subject Category:Physics_software.
- CONQUEST comment "CONQUEST is a linear scaling, or O(N), density functional theory (DFT) electronic structure code. The code is designed to perform DFT calculations on very large systems containing many thousands of atoms. It can be run at different levels of precision ranging from ab initio tight binding up to full DFT with plane wave accuracy. It has been applied to the study of three-dimensional reconstructions formed by Ge on Si(001), containing over 20,000 atoms.".
- CONQUEST label "CONQUEST".
- CONQUEST sameAs m.05t0chp.
- CONQUEST sameAs Q5013404.
- CONQUEST sameAs Q5013404.
- CONQUEST wasDerivedFrom CONQUEST?oldid=597014713.
- CONQUEST homepage www.conquest.ucl.ac.uk.
- CONQUEST isPrimaryTopicOf CONQUEST.