Division of Fundamental Science
Division of Fundamental Science
Division of Fundamental Science has a mission to play core roles in education and research in NIAS in order to advance technology and science. By providing framework for an industry-academia-government joint field, it aims creation of new technology and new enterprise. For the purpose of “creating a 21st century science and technology for humanity”, we are promoting a wide variety of researches such as environmental and energy technology, information technology, nano- and new material science, and biotechnology. Furthermore our research fields include very fundamental science such as the high-energy nuclear and particle physics.
Research Themes
- ■ high energy nuclear experiments
- ■ particle physics (theory and experiment)
- ■ theoretical study of high temperature superconductivity
- ■ animal ecology
- ■ econophysics, renewable energy economics
- ■ Theoretical and Applied Linguistics
Research Achievements
- ■ Front-end readout system for RICH detector of PHENIX experiment at BNL, USA.
- ■ Quark-gluon-plasma creation at early universe and developing readout system for ALICE experiment at CERN.
- ■ Development of the CSL data logger system for the CDF experiment at Fermilab, USA.
- ■ Development of the SCT silicon detector for the ATLAS experiment at CERN.
- ■ Analysis of for dimensional universe theory by matrix model, quantization theory under generalized uncertainty principle.
- ■ Theoretical expectations for high-temperature superconductivity of carbonic material by cooper pair creation in benzene molecule.
- ■ Analyses on the mechanism of polymorphism evolution in animals
- ■ Conceptual-Semantic studies on spatial expressions and motion expressions in Japanese
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