First principle

A customer viewing Case No. PC-10461 asked us about the optimal workstation configuration for first-principles calculations and machine learning. The budget is around 75 yen, […see next]

Materials Informatics A long time ago, materials research and development centered around a trial-and-error approach involving repeated experiments, measurements, and studies. However, “Materials Inf. […see next]

A customer who viewed case study No.PC-9134C consulted us about installing a workstation.The application will be high-temperature XAFS experiments on nuclear materials, and theoretical calculations will also be carried out. […see next]

A customer who viewed Case No. PC-9134B consulted us about installing a workstation.The application will be high-temperature XAFS experiments on nuclear materials, and theoretical calculations will also be carried out. […see next]

A customer who saw Case No. PC-10865 asked us about a workstation for conducting physical property research using the materials science software "VASP."gold such as iron […see next]

This is a case study as a successor to Case No. PC-10865. This is an example of workstation configuration assuming use for first-principles electronic structure calculations such as VASP and ABINIT. VAS […see next]

A customer involved in research on building materials asked us about a PC that can use LAMMPS with Red Hat Enterprise Linux.J-OCTA on another PC […see next]

This is a case study as a successor to Case No. CD-2327.This is a configuration example of WS that performs numerical calculations with the molecular dynamics simulation software Gromacs. 32 Xeons with 2 cores […see next]