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 |
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| Assoc. Prof. UNEYAMA, Takashi |
| |
|
This section aims to construct and utilize a database for large-scale
calculations and to build an infrastructure to support that
database. |
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| |
|
| |
| High-performance
Computation Section |
|
| Assoc.
Prof. UNEYAMA, Takashi |
|
| Assoc.
Prof. SHINODA, Wataru |
|
This section aims to develop a large scale and high-performance
computation method, which can be utilized in the development
of the next generation super computer.
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| |
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 |
|
|
| Prof.KATAGIRI, Takahiro |
| Prof.
TSUBOKI, Kazuhisa |
| Prof.
ARAI, Masahiro |
|
This section aims to clarify the universal law of flow at various
scales and hierarchies, which appears in the natural world and
engineering fields, and to apply this law to both industrial
technology and a better understanding of nature. |
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| |
|
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| |
|
| Solid
State Physics Section |
|
| Prof. TANAKA, Yukio |
| Prof. KONTANI, Hiroshi |
| Prof.
MASUBUCHI, Yuichi |
|
By clarifying the behavior of the electron, which determines
the properties of solid matter, through analyses and numerical
methods, this section aims to achieve a uniform understanding
of physical properties, as well as to predict novel phenomenon,
and to apply this knowledge in the design of devices. |
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| |
|
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| |
|
| Biological
Science Section |
|
| |
|
| Prof. SASAI, Masaki |
| Prof. OTA, Motonori |
| Prof.
OKAMOTO, Yuko |
|
| Assoc. Prof. YAMATO, Takahisa |
| Assoc. Prof. TERADA, Tomoki |
| |
|
This section aims to study hierarchical mechanisms in self-organization
of biological systems through computational analyses of dynamics
and functions of bio-molecules and their complexes, and through
prediction of structure and function of proteins. |
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| |
|
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| |
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|
This section conducts the integrated development of a high-speed
algorithm and the visualization of multidimensional data, aiming
at solving the various mathematical problems that appear in
super-large scale/multi-degrees of freedom computations. |
|
| |
|
|
| |
|
| Computational
Chemistry Section |
|
|
| Prof. NAGAOKA, Masataka |
| Assoc. Prof. SHINODA, Wataru |
|
Using non-empirical quantum chemistry and molecular dynamics,
this section aims to clarify the chemical reactions and dynamics
of molecular systems, and to promote novel molecular synthesis,
as well as researches that will lead to better understanding
of biological phenomena.
|
|
| |
|
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| |
|
| Academic-Industrial
CollaborationSection |
| |
| |
| Prof. SHIRAISHI,
Kenji |
| Assoc. Prof. YOSHIMATSU,
Katsunori |
|
.
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|
