CONQUEST Summer School 2025
Location: Université de Bordeaux, 351 Cours de la libération 33405 Talence, France
Organisers
Thanks to its efficient parallel implementation and the local nature of the basis functions, the Conquest code offers the possibility to perform density functional theory (DFT) calculations on thousands of atoms provided a reasonnable access to computing ressources, as well as hundred of thousands or a milion of atoms using the linear-scaling approach with massively parallel computers. As a result, scientists interested in DFT computations for nanotechnology, non-crystalline solids or biochemistry have now access to a wider range of systems with a larger number of atoms. The aims of this school is to introduce the Conquest code to the condensed matter community, for both, chemists and physicists, and support them in achieving their own calculations. The main goal is twofold :
- to provide some basics on DFT-based electronic structure for solids with a special emphasis on the Conquest methodology and implementation,
- to perform hands-on training using a supercomputer and familiarize with the code environment.
References
Norhan Omar (University of Bordeaux) - Organiser
Lionel Truflandier (University of Bordeaux) - Organiser
Japan
Tsuyoshi Miyazaki (National Institute for Materials Science) - Organiser
Ayako Nakata (National Institute for Materials Science) - Organiser
United Kingdom
David Bowler (University College London) - Organiser