The Center for Material Design Science is an education and research unit targeting the creation of new functional materials and the development of fundamental technology for the good of human society through basic research on science and engineering. Research on materials has long been an important fundamental field of science and engineering. However, in academic environments, it has often been independently approached from the physics and from the chemistry point of view. In physics, research has mainly focused on the properties and structural analysis of materials. On the other hand, synthesis of new materials has mainly been the scope of chemistry. We believe that for a graduate school active in research on materials, it is important to synthesize, to control the properties, and to analyze materials with the ultimate goal of creating new functional materials and new functions. In addition, we believe that the most important task is to promote talented persons showing creativity in this area of research. In order to achieve this purpose, an academic environment, in which the barriers between science and engineering, as well as between physics and chemistry are eliminated, should be built based on the holistic concept of material design. Thus, we have created the education and research unit referred to as “The Center for Material Design Science” .

Key words

New Material Design

  • Design of organic and inorganic functional materials
  • Molecular design
  • Inorganic synthetic processes
  • Organic synthesis reactions
  • Chemical reaction control
  • Reaction analysis
  • Photonics polymers
  • Control of material structure
  • Nano-scale materials
  • Nano quantum properties

New Function Design

  • Design of photonic properties
  • Design of electronic and magnetic properties
  • Mechanical properties
  • Control and function of microstructures
  • Functional dyes
  • Design of sensors
  • Chemical sensing
  • Biological activity
  • Host-guest chemistry
  • Organic-inorganic hybrid functions
  • Ionic liquids
  • Energy materials

Function Assembly

  • Epitaxy and superlattices
  • Homo and hetero interfaces
  • Assemblies of inorganic particles
  • Micro-hybrids of organics and inorganics
  • Molecular organisms and assemblies
  • Layered and hybridized systems
  • Biomimetics
  • Self-organization phenomena
Inkjet printed electrochemical sensor array

Inkjet printed electrochemical sensor array

High-speed graded index polymer optical fiber (GI POF)

High-speed graded index polymer optical fiber (GI POF)

Self-organized helical crystals

Self-organized helical crystals

Bright fluorescent dyes

Bright fluorescent dyes

ナビゲーションの始まり