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| Research Theme:Advanced Inorganic Materials |
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Quantum-Mechanical Computational Materials Science |
Our aim is to clarify and predict the materials properties and functions by using first-principles quantum-mechanical simulation techniques, with special interests on dynamical processes on solid surfaces and exotic properties of nano-scale materials such as quantum transport and nano-catalysis. Efficient and reliable simulations techniques based on quantum mechanics have been also developed in our laboratory.
Takahisa OHNO
http://www.nims.go.jp/cmsc/fps1
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Reaction processes on solid surface systems
Analysis of transport through atomic-wires
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| Master's course: Materials Science |
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Materials Synthesis via Soft-chemical Processings |
Synthesis of functional nanosheets as a new class of nanomaterials and organization of the nanosheets as a building block into
nanostructured integrated systems with a sophisticated function.
Particular attention is focused on the development of new materials with
efficient photocatalytic properties, energy-conversion capabilities, and
gigantic magneto-optical functions.
Takayoshi SASAKI
http://www.nims.go.jp/softchem/
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Assembly of nanosheets |
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| Fine Particle Processing Group |
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| Master's course: Materials Science |
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Fabrication and characterization of nanostructured ceramics fabricated from fine particles |
Establishment of basic processing for fabricating controlled structure from the nano to the micro-meter order using fine particles in solution and nano-pore, and creating highly controlled structures with outstanding properties at various levels from 0-dimentional to 3-dimentional.
Yoshio SAKKA
http://www.nims.go.jp/ncc/
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Textured layer composites by colloidal process in strong magnetic field |
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| Condensed-Matter Physics Group |
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Theory for strongly correlated systems |
Material design and multifunction are the main trends in materials science. In order to achieve this goal, we engage in establishing new condensed-matter physics which treats many-body quantum systems in high accuracy. Current topics cover spin-orbit-charge interacting systems and superconductivity.
Xiao HU
http://www.nims.go.jp/mana/lab/theorphys/
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Theory on the 1st-order melting of
vortex lattice and novel states
| vortex lattice |
vortex liquid |
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| Master's course: Applied Physics |
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Synthesis, property and analysis of new nanotubes |
We intend to explore and synthesize new nanotubes and nanowires and to
characterize their specific structures by using modern analytical transmission
electron microscopy. Special attention will be paid to production of semiconducting
boron nitride, silicon and other nanotubes to clarify their thermal, electrical
and mechanical properties.
Dmitri GOLBERG
http://www.nims.go.jp/nanotube/index-e.html
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Discovery of nanothermometer
B-C-N nanotube
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| Master's course: Applied Physics |
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Development of New 1D Nanomaterilas |
We are the first in the world to succeeded in fabricating rare-earth boride nano-structure. Our recent research is focused on the design and fabrication of functional structures, characterization of properties, and development for industrial applications of one-dimensional nanomaterials including carbon nanotubes and rare-earth boride nanowires.
Jie TANG
http://www.nims.go.jp/imel/jp/group/08.php
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| Functional Semiconductor Nanostructure Materials Group |
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| Master's course: Applied Physics |
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Development of Functionalized Materials using Semiconductor Nanostructures |
Our group focuses on development of the next-generation evergy related
materials such as high efficiency solar and high capacity Li ion Battery
anodes and also high speed/low evergy consumption transistor using one-dimensional
semiconductor nanowires 0-dimensional semiconductor anocrystals.
Naoki FUKATA
http://www.nims.go.jp//
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