Update
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Titles
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Research Units
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12/20/2001
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The thinnest Silicon Nitride Layer is successfully created
- Formation of the crystalline Silicon Nitride Layer on Si(001) substrate with a monolayer thick for the first time -
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07/03/2001
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Group develops first ever convenient, rapid method for accurate detection of verotoxin from E. coli O-157
-Method measures concentration of verotoxin adsorbed to a quartz-crystal oscillator-
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Nanoarchitectonics Research Center
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08/07/2006
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 Successful Development of Massive Synthesis of White Organic Nanotubes
- Paving the way for industrial applications of nanotubes such as slow-release medicines and health foods -
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Nanoarchitectonics Research Center
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08/20/2007
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 Development of a Nanopipette with an Inner Diameter of 50 nm Using an Organic Nanotube
- Micromanipulation technology made the nanopipette possible -
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Nanoarchitectonics Research Center
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10/16/2007
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 Development of a Fluorescent Organic Nanotube
- Useful for analysis of in vivo behavior of organic nanotubes -
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Nanoarchitectonics Research Center
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11/08/2001
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Successful Production of a New Super-Hard Phase Using Nanotubes
-The first time in the world that a new super-hard phase, comparable to diamond, has been fabricated by processing under high pressure at room temperature -
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Research Center for Advanced Carbon Materials
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06/15/2006
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 Spinning of High Strength Fiber Using Single-Walled Carbon Nanotubes
- Establishing the technology to produce high quality single walled carbon nanotubes for industrial applications without aftertreatments -
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Research Center for Advanced Carbon Materials
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12/24/2004
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 World First Discovery of Ice Nanotube at "Room Temperature"
- Opening The Way to New Generation (Nano-Size) Ink Jet -
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Research Center for Advanced Carbon Materials
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05/31/2004
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 Development of Chemical Analysis Equipment of Highest Sensitivity in the World
- Detection of Trace Element in Nano-Materials and Biopolymers Accelerated -
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Research Center for Advanced Carbon Materials
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06/22/2007
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Discovery of a Nanocarbon Material with the World's Highest Capacity to Remove Active Oxygen
- a highly promising material for applications such as photodeterioration inhibition -
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Nanotechnology Research Institute
Research Center for Advanced Carbon Materials
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07/24/2007
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 Shape-Engineerable and Highly Densely Packed Carbon Nanotubes
- Accelerating the development of next-generation capacitors -
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Research Center for Advanced Carbon Materials
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07/24/2007
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 Development of an Inexpensive Method for Mass Synthesis of Single-Walled Carbon Nanotubes
- Accelerating the mass production of highly-pure single-walled carbon nanotubes -
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Research Center for Advanced Carbon Materials
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12/03/2008
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 Development of a Technique for Mass Production of Metal-complex-type Organic Nanotubes
- Expected to be used as catalysts, in DNA separation, and as templates of metalic nanomaterials -
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Nanotube Research Center
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02/12/2010
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 Development of Materials with Large Specific Surface Areas by Using Single-walled Carbon Nanotubes
- A high-performance capacitor with high energy and power densities is realized -
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Nanotube Research Center
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03/02/2010
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 Successful Atomic-level Visualization of Chemical Reactions
- Elucidation of a chemical reaction of fullerene molecules by high-resolution electron microscopy -
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Nanotube Research Center
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02/28/2011
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 Carbon Nanotubes with Rubber-like Viscoelasticity in a Temperature Range of -196 to 1000 ℃
- A lightweight, sturdy viscoelastic material for use in a wide range of temperatures -
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Nanotube Research Center
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05/20/2011
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 New Recyclable Green Catalyst
- Efficient catalyst for oxidation reaction using metal-complex-type organic nanotubes -
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Nanotube Research Center
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05/24/2011
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 A Carbon Nanotube Strain Sensor That Detects Human Motion
- Detects 50 times as much strain as metal strain sensors -
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Nanotube Research Center
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07/12/2012
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 Organic Nanotube Gels to Restore the Activity of Denatured Proteins
- Restores the native structure of protein and protects it from heat and chemicals -
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Nanotube Research Center
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11/11/2010
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 Hydrogen Peroxide Synthesis Using a Microreactor
- A safe and secure production process has been achieved using MEMS technology -
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Research Center for Ubiquitous MEMS and Micro Engineering
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