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- 2001-No.1
- Greeting from the President (P2-3). H.Yoshikawa
- Basic Policy of AIST (P4-6)
- Research Center for Deep Geological Environments (HP) (P7-17)
- Active Fault Research Center (HP)
- Research Center for Chemical Risk Management (HP)
- Research Center for Developing Fluorinated Greenhouse Gas Alternatives
- Research Center for Life Cycle Assessment (HP)
- Gene Discovery Research Center
- Human Stress Signal Research Center
- Correlated Electron Research Center
- Cyber Assist Research Center (HP)
- Research Center for Advanced Manufacturing on Nanoscale Science and Engineering
- Digital Manufacturing Research Center (HP)
- Research Center of Macromolecular Technology
- Photoreaction Control Research Center (HP)
- Research Center for Advanced Carbon Materials
- Synergy Materials Research Center (HP)
- Supercritical Fluid Research Center
- Nanoarchitectonics Research Center
- Institute of Geoscience(HP) (P18-26)
- Institute for Geo-Resources and Environment(HP)
- Institute for Marine Resources and Environment
- Institute for Energy Utilization
- Institute for Environment Management Technology
- Research Institute for Green Technology
- Information Technology Research Institute
- Photonics Research Institute
- Research Institute of Biological Resources
- Institute for Human Science and Biomedical Engineering
- Neuroscience Research Institute (HP)
- Institute for Materials & Chemical Process (HP)
- Ceramics Research Institute
- Institute for Structural and Engineering Materials
- Research Institute for Computational Sciences
- Special Division for Human Life Technology(p27-28)
- Special Division of Green Life Technology
- Research Initiative for Green Chemical Process(p28-31)
- Digital Human Laboratory
- Life Electronics Laboratory
- Laboratory for Advanced Optical Technology(HP)
- Microgravity Materials Laboratory
- Laboratory of Purified Materials (HP)
- Geological Museum
- Introduction of International Affairs Department (P32-33)
- Research Bases chart(Address and phone number) (P34-35)
- Message:Confidence in Our Advancement
- Feature:Focus on the Future Electronics -Next Generation Hardware to Support the Ubiquitous Society-
- To Improve the Performance of All Kinds of Electronic Devices
- MIRAI Project Builds the IT Society
- LSI Technology Aims to Be a New Direction for Development
- Nonvolatile Memory that Gives Ultra Low Electricity Consumption
- Brain-derived neurotrophic factor regulates cholesterol metabolism for synapse development
- A possible cognitive risk of using mobile phones during driving
- Toward filling the gap between ergonomics and neuroscience - - Autoilluminated fluorescent protein for greater sophistication in cell imaging
- GFP fluoresces without exposure to external excitation light - - High-precision measurement system for terahertz frequencies
- Development of superconducting heterodyne receiver and its application to gas spectroscopy - - Development of true 3D display using laser plasma in the air
- Spectrally selective coatings for solar control glass
- High heat-reflective and visible transmission for solar rays - - Multifunctional ionic gelator for a variety of solvents
- A high-sensitive quick-response NOX sensor
- Electrical switches with colorful patterns by nanoparticles of pigments
- Development of High-sensitivity, high-precision quartz crystal microbalance (QCM) immunosensor system
- Suitable for rapid analysis of environmental pollutants, disease markers, and allergens - - Magnetic levitation densimeter for PVT property standard
- President Yoshikawa Attends Thailand NSTDA International Advisory Board, and Exhibition at Thailand National Science and Technology Fair 2007
- Emeritus Advisor Michio Kuriyagawa Acknowledged as Member of National Academy of Sciences of Argentina
- Exhibition at "Japan Fair in Guangzhou" in China
- Report of Workshop with NSTDA and TISTR (thailand) and VAST (Vietnam)
- Minister of Science and Technology of Sri Lanka Visits AIST Tsukuba
- Keynote Lecture at the 6th Taiwan National Industrial Development Conference
- AIST Web Site
- 2001-No.2
- Opening of Tokyo Academic Park (p3-7)
- AIST Waterfront Symposium
- Power Electronics Research Center(p8-16)
- Computational Biology Research Center (HP)
- Institute of Mechanical Systems Engineering (HP)
- Tissue Engineering Research Center(HP)
- Energy Electronics Institute(HP)
- Advanced Semiconductor Research Center(HP)
- Research Initiative for Thin Film Silicon Solar Cells
- Biological Information Research Center
- Smart Structure Research Center
- Metrology Institute of Japan
- Institute of Molecular and Cell Biology
- Intelligent Systems Research Institute
- Nanoelectronics Research Institute
- Nanotechnology Research Institute(HP)
- 3D Structure Map of the Voltage Sensitive Sodium Channel
- Medical Vision Technologies
- MEG Technology and Its Application for Medical Welfere
- Daily-Living-Space Computer with a Model of Human Functions
- Gene Discovery by Nobel Hybrid-Ribozymes
- New Performance of Porous Ceramics as Structural Components
- A "Remote Speaker" Stands Next to Me (in the HyperMirror) !
- Systematic Circular Permutation Analysis for Revealing Essential Elements for Protein Folding
Reversal of Subjective Temporal Order due to Arm Crossing - Plastic Based Lab-on-a-Chip Devices using LIGA Process
- Tissue Engineered Bone Derived from Marrow
- Diversity of Unseen Microbes on the Earth
- Correlated Electron Optoelectronics
- A New Doping Process in SiC at Low Temperature
- Local Plasmon Photonic Transistor by Silver Oxide Thin Film
- Characterization of Sub-Nanometer-Sized Voids in Low-Dielectric-Constant Films by a Slow Positron Beam
- Decomposition of Dioxins by Photocatalytic Ecomaterial
- Environmental Assessment of CFC Alternatives
- Reaction Rate Constant against OH Radicals - - Catalytic Technology for Producing Clean Diesel Oil
- A Thermoelectric Oxide for High Temperature ApplicationDevelopment of Visible-Light-Responsive Titanium Oxide Photocatalyst for Environmental Purification
- Advanced Particle Separation for Environmental Protection
- A great Success of Interface Controlled Enhancement type Buried-Channel 4H-SiC Metal-Oxide-Semiconductor Field Effect
Transistor (ICE-BC MOSFET) with the Best Electrical Performance in the World - Development of HyperCoal Production Process by Using Solvent Extraction
- New microstructural Refinement Process of Metallic Materials by Electromagnetic Vibrations
- A liquid Crystalline Material Applicable to Full-Color Rewritable Recording in a Photon Mode
- Novel Ferroelectric Thin Films Via a Tailored Liquid Source
- A New Method for the Formation of Liposome.
- Surface Modification using Plasma Based Ion Implantation
- Successful Dismantling of Mega-Float by Mechanized Underwater Cutting
- All-in-Focus Camera System
- Novel Ultra-High Temperature Standards above 2000oC
- Development of Josephson Junctions for Liquid-Helium Free Voltage Standard System
- A GaAs/AlAs Superlattice Certified Reference Material (NIMC CRM 5201-a)
- Development of Particle Size Standards Through Absolute Mass Measurement of Aerosol Particles
- Realization of Absolute Optical-Frequency Measuremen
- Geochemical Map for Evaluating the Environmental Pollution
- Geoslicer Survey of Liquifaction due to Earthquakes
- Seismogenic Zone of Great Subduction Earthquake
- Methane Hydrate
-Enormous Natural Gas Resources to Lead the Next Generation- - Digital Geological Map: Distribution and Occurrence of Cenozoic Volcanic Rocks
- Ministry of Education, Culture, Sports, Science and Technology Prize(p38-39)
- The Special Prize at the 30th Industrial Design Awards / the Judge Committee's Special Prize
- The 2001 Engelberger Robotics Award
- Admitted to Fellow of the American Ceramic Society
- Message from the designer, AIST Logo, AIST Symbol (p40)
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