Home

日本語

Main repository has been moved to issp-center-dev/dsqss

DSQSS is a program package for solving quantum many-body problems defined on lattices. It is based on the quantum Monte Carlo method in Feynman's path integral representation. It covers a broad range of problems taking input files that define arbitrary unit cells in arbitrary dimensions, and arbitrary matrix elements of the interactions among arbitrary number of degrees of freedom.

Table of Contents Users Manual Download Developers Collaborators License Acknowledgment Contact

Users Manual

Download

• Latest
  • dsqss-v1.1.17+pmwa-v1.1.3
• Previous
  • dsqss-v1.1.17+pmwa-v1.1.2
  • dsqss-v1.1.16

Developers

• Yasuyuki KATO (U. Tokyo)
• Naoki KAWASHIMA (ISSP)
• Kota SAKAKURA (NEC)
• Takafumi SUZUKI (Hyogo U.)
• Kenji HARADA (Kyoto U.)
• Akiko MASAKI (RIKEN)
• Yuichi MOTOYAMA (ISSP)

Collaborators

• Tsuyoshi OKUBO (U. Tokyo)

License

• GNU General Public License (GPL)

The users are kindly requested to acknowledge the usage of this software in their publication, if any, based on the software, and let the developers know its reference information.

   ++ Acknowledgment Sample ++
 Numerical results in the present paper were obtained by the quantum Monte Carlo program DSQSS(https://github.com/qmc/dsqss/wiki).

Acknowledgment

Development of this software was and is being supported by K-computer project, and post-K computer projects.

Contact

dsqss@issp.u-tokyo.ac.jp