Skip to main content
  • Log in
CMT JGU Mainz CKAN Server Condensed Matter Theory
  • Organizations
  • Groups
  • About
  1. Home
  2. Groups
  3. Project B05: Multi-resolution...
project-b05-multi-resolution-methods-including-quantum-chemistry-force-fields

Project B05: Multi-resolution methods including quantum chemistry, force fields, and hybrid particle-field schemes

Multiscaling techniques that involve a quantum-chemical treatment of the electronic structure for the part with the highest resolution are promising computational tools. They...

read more

  • Projects - B: Particle based coarse-graining and mixed resolution schemes
    • Project B05: Multi-resolution methods including quantum chemistry, force fields, and hybrid particle-field schemes
Followers
0
Datasets
8
Members
0

Organizations

  • TRR 146:... - 1

Groups

  • Project B05:... - 1
  • Projects - B:... - 1

Tags

  • Cholesky decomposition - 1
  • magnetizability - 1
  • quantum chemistry - 1

Formats

  • link - 1

Licenses

  • License Not Specified - 1

close
  • Datasets
  • Members
  • About

1 dataset found

Tags: magnetizability

Filter Results

  • Publication: Burger et al (2025) - Cholesky decomposition and the...

    Metadata only
    • link
    Uni Mainz
  • Open Data

For questions, contact me ✉

Powered by CKAN

Please click the dropdown arrow and select one metadata formula for sharing your research data

The database contains three metadata forms (dataset types):

1) "dataset_ckan" is only for Testing
2) "dataset_cmt" is only for Condensed Matter Theory Group
3) "dataset_trr146" is only for TRR146 Project


Metadata is defined as the information that describes and explains data. Choosing the correct metadata form is crucial for data management.