Huge-system quantum mechanical molecular dynamics simulation program, DCDFTBMD, has been mainly developed in Nakai research group at Waseda University.
第一原理計算で求めた25個のパラメータの情報を用いて、feramで分子動力学計算を行う。
Using the 25 parameters determined with first-principles calculations, molecular dynamics calculations are performed using feram.
With the aim to eucidate its mechanism, we perform coarse-grained molecular dynamics simulations of the system consisting of hetero-nano structured metal surfaces and lubricant molecules.
Through extended molecular dynamics simulations, binding regions can be found even if they are invisible in the crystalline state or appear only temporarily.
The group from Graduate School of Science and Engineering, Tokyo Metropolitan University, examined how oxygen molecules were arrayed in SWCNTs of different diameters through classical molecular dynamics calculations.
Specifically, it is perfect for a series of simulations, science and technologies, and computation in the fields of machine learning, deep learning, and AI, and a molecular dynamics simulation and application simulation in the field of drug development.
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