USPEX documentation

USPEX v.2023.0

Web-Based - here you can see online-manual of the 2023.0 python version of USPEX.

USPEX.pdf - here you can download manual of the 2023.0 python version of USPEX in the pdf-format.

USPEX v.2022.1

Web-Based - here you can see online-manual of the 2022.1 python version of USPEX.

USPEX.pdf - here you can download manual of the 2022.1 python version of USPEX in the pdf-format.

USPEX v.2022.0

Web-Based - here you can see online-manual of the 2022.0 python version of USPEX.

USPEX.pdf - here you can download manual of the 2022.0 python version of USPEX in the pdf-format.

USPEX v.2021.0

USPEX.pdf - here you can download manual of the 2021.0 python version of USPEX in the pdf-format.

USPEX 10.5

Web-Based - here you can see online-manual.

Web-Based - here you can see chinese version of online-manual.

USPEX.pdf - here you can download manual in the pdf-format.

USPEX.pdf - here you can download chinese version of manual in the pdf-format.

USPEX 10.4

uspex_manual_10.4.pdf - here you can download manual of USPEX 10.4 in the pdf-format.

USPEX 10.2

Web-Based - here you can see online-manual.

Web-Based - here you can see chinese version of online-manual.

USPEX.pdf - here you can download manual in the pdf-format.

USPEX 10.1 (pre-release)

USPEX.pdf - here you can download manual in the pdf-format.

USPEX v.9.4.4

USPEX.pdf - here you can download manual of USPEX v.9.4.4 in the pdf-format.

USPEX_chinese.pdf - here you can download the Chinese version of the manual in the pdf-format.

USPEX-ATK Tutorial

USPEX-ATK.tutorial.pdf - here is a brief tutorial of USPEX interfaced with ATK.

Workshop 2020 presentations

Artem R. Oganov (Skoltech, Russia) “Computational Materials Discovery Using USPEX code” (Slides)
Xavier Gonze (UC Louvain, Belgium; Skoltech, Russia) “First-principles study of phosphors for white-LED applications” (Slides)
Alexander G. Kvashnin (Skoltech, Russia) “Search for materials with optimal properties” (Slides)
Zahed Allahyari (Skoltech, Russia) “Multiobjective optimization and coevolutionary search” (Slides)
Ivan Kruglov (MIPT, Russia) “T-USPEX method for crystal structure prediction at finite temperatures” (Slides)
Vladimir Anisimov (IMP, Yekaterinburg, Russia) “Density Functional and Dynamical Mean-Field Theory (DFT+DMFT) method and its application to real materials” (Slides)
Dmitry Novoselov (IMP, Yekaterinburg, Russia) “Electrides in pursuit of correlations” (Slides)
Vladislav Blatov (STMC Samara, Russia) “Topological model of solid-state transformations and generating new crystal structures” (Slides)
Vladimir Baturin (Skoltech, Russia) “Predicting structures of nanoparticles using USPEX examples and applications” (Slides)
Alexander Shapeev (Skoltech, Russia) “Machine-Learning Interatomic Potentials for High-Throughput Materials Design” (Slides)
Qiang Zhu (UNLV, USA) “Structure prediction with improved structure generation” (Slides)
Sergey Levchenko (Skoltech, Russia) “Computational design of materials for heterogeneous catalysis” (Slides)
Albert Nasibulin (Skoltech, Russia) “Carbon Nanotubes from synthesis to applications” (Slides)
Gilles Frapper (Université Poitiers, France) “Prediction of polynitrogen species in salts” (Slides)
Dmitry Semenok (Skoltech, Russia) “Recent advances in high-temperature superconductivity in ternary hydrides” (Slides)