Laboratories and Professors
| Professors | Specialities | Research Subjects |
|---|---|---|
| Physical Properties of Polymers | Investigation of the nano- and macroscopic structures, physical properties, and dynamics in thin and grafted layers on solid surfaces and in multi-component polymeric systems. |
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| Laser Chemistry, Real-Time Spectroscopy, Analysis of Reaction Mechanisms | Transition state spectroscopy and development of novel reaction as applications of coherent molecular vibrational reaction triggered by 5-fs laser pulse irradiation |
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| Catalytic Materials Chemistry | Creation of new complex metal oxides with high-dimensional crystal structure by applying new sythetic methodologies based on metal oxide units and their catalytic application to selective oxidation of light alkanes with molecular oxygen. |
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| Natural Products chemistry, Bioorganic Chemistry. | Bioactive natural products chemistry; discovery and identification, chemical synthesis, and biosynthesis and function. |
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| Synthetic Organometallic Chemistry, Organic Synthesis, Drug Discovery, Organic Materials | Development of new synthetic mmethods by generating organometallic catalyst and reagents and their application to synthesis of biologivally active compounds and polymer chemistry |
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| Polymer Chemistry, Materials Chemistry | Development of new functional polymeric materials with photoresponsibility and low dielectric property, Design and characterization of self-assembly of polymeric materials and peptides |
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| Organic Chemistry, Bioorganic Chemistry, Biosynthetic Chemistry, Enzymology, and Synthetic Biology | Research aimed at creating valuable compounds by understanding and utilizing the biosynthetic mechanisms of biologically produced substances (such as antibiotics) at the level of enzymatic reactions, through approaches in organic chemistry, bioorganic chemistry, biosynthetic chemistry, enzymology, and synthetic biology. This includes the analysis of protein–protein interactions among biosynthetic enzymes and comprehensive functional analysis of microbial genomes. |
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| Inorganic Chemistry, Photochemistry, Electrochemistry | Synthesis and structural analysis of aluminum and other group 13 oxides. Design and synthesis of functional materials for the development of novel photo catalytic reactions. Development of novel nanocarbon based solar energy conversion systems. |
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| Polymer Chemistry, Nanomaterials, Hybrid Materials | Synhtesis of block, star, comb-polymers with amphiphilic, thermo-responsible, pH-responsible, chiral and catalytic feratures and their self-assembly towards polymeric micelles, vesicles, fibries, sheets; Syntheis and application of nanostructured silica, titiania and metals with chiral features; Chirality transfer systems from organics to inorganics and from inorganics to organics. |
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| Environmental Chemistry, Analytical Chemistry, Environmental forensics | Monitoring of micropollutants in the aquatic environment and evaluation of watersheds based on the monitoring data. |
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| Coordination Chemistry, Bioinorganic Chemistry, Catalytic Chemistry | Development of articicial enzymes based on coordination compounds and solid supports. |
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| Electrochemistry, Material Chemistry, Surface Chemistry, Catalysis | Development of electrocatalysts for fuel cells and cathode materials for lithium ion battery. |
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| Solid State Chemistry, Inorganic Materials Chemistry, Crystal Structural Chemistry | Tailoring functional ceramics for environmental and energy-related applications |
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| Synthetic Polymer Chemistry, Synthetic Organic Chemistry | Synthesis and reaction design of functional materials on organic chemistry |