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Professors in IMS (PDF)

Theoretical and Computational Molecular Science

1. Prof. NAGASE, Shigeru (2 pages, 66 kb)
   Theoretical Study and Design of Functional Molecules: New Bonding, Structures, and Reactions
2. Prof. NOBUSADA, Katsuyuki (2 pages, 426 kb)
   Theoretical Studies of Electron Dynamics
3. Prof. YANAI, Takeshi (2 pages, 96 kb)
   Advanced Electronic Structure Theory in Quantum Chemistry
4. Prof. HIRATA, Fumio (2 pages, 84 kb)
   Developing the Statistical Mechanics Theory of Liquids in Chemistry and Biophysics
5. Prof. YONEMITSU, Kenji (2 pages, 514 kb)
   Theory of Photoinduced Phase Transitions
6. Prof. SAITO, Shinji (2 pages, 71 kb)
   Theoretical Studies on Condensed Phase Dynamics
7. Prof. EHARA, Masahiro

Photo-Molecular Science

1. Prof. OKAMOTO, Hiromi (2 pages, 123 kb)
   Development of Advanced Near-Field Spectroscopy and Application to Nanometric Systems
2. Prof. OHSHIMA, Yasuhiro (2 pages, 83 kb)
   Quantum-State Manupulation of Molecular Motions
3. Prof. OHMORI, Kenji (2 pages, 77 kb)
   Development of High-Precision Coherent Control and Its Applications
4. Prof. KOSUGI, Nobuhiro (2 pages, 70 kb)
   Molecular Inner-Shell Spectroscopy: Electronic Structure and Intermolecular Interaction
5. Prof. MITSUKE, Koichiro (2 pages, 325 kb)
   Extreme UV Photoionization Studies of Fullerenes by Using Synchrotron Radiation and High-Temperature Mass Spectrometer
6. Prof. HISHIKAWA, Akiyoshi (2 pages, 84 kb)
   Molecules in Few-Cycle Intense Laser Fields
7. Prof. KATOH, Masahiro (2 pages, 90 kb)
   Light Source Developments by Using Relativistic Electron Beams
8. Prof. KIMURA, Shin-ichi (2 pages, 102 kb)
   Synchrotron Radiation Spectroscopy on Strongly Correlated Electron Systems
9. Prof. SHIGEMASA, Eiji (2 pages, 688 kb)
   Electronic Structure and Decay Dynamics in Atoms and Molecules Following Core Hole Creation
10. Prof. TAIRA, Takunori (2 pages, 94 kb)
    Micro Solid-State Photonics

Materials Molecular Science

1. Prof. NISHI, Nobuyuki (2 pages, 95 kb)
   Structures and Functions of Metal–Carbon Nano-Systems Produced from Metal- Acetylides
2. Prof. YOKOYAMA, Toshihiko (2 pages, 84 kb)
   Characterization of Magnetic Ultrathin Films by Novel Spectroscopic Methods
3. Prof. YAKUSHI, Kyuya (2 pages, 168 kb)
   Optical Studies of Charge Ordering in Organic Conductors
4. Prof. HIRAMOTO, Masahiro
5. Prof. NAKAMURA, Toshikazu (2 pages, 126 kb)
   Magnetic Resonance Studies for Molecular-Based Conductors
6. Prof. JIANG, Donglin (2 pages, 97 kb)
   Macromolecular and Supramolecular Approaches to Spin-Functional Soft Materials
7. Prof. NISHIMURA, Katsuyuki (2 pages, 83 kb)
   Development of a Novel Solid State NMR Technique to Study Lipids and Proteins Bound to Fully Hydrated Membranes
8. Prof. SUZUKI, Toshiyasu (2 pages, 68 kb)
   Development of a Novel Solid State NMR Technique to Study Lipids and Proteins Bound to Fully Hydrated Membranes
9. Prof. NAGATA, Toshi (2 pages, 213 kb)
   Building Photosynthesis by Artificial Molecules
10. Prof. SAKURAI, Hidehiro (2 pages, 176 kb)
    Chemistry of Bowl-Shaped Aromatic Compounds and Metal Nanocluster Catalysts

Life and Coordination-Complex Molecular Science (18 pages, 644 kb)

1. Prof. AONO, Shigetoshi (2 pages, 87 kb)
   Bioinorganic Chemistry of Novel Hemeproteins
2. Prof. KUWAJIMA, Kunihiro (2 pages, 61 kb)
   Elucidation of the Molecular Mechanisms of Protein Folding
3. Prof. FUJII, Hiroshi (2 pages, 69 kb)
   Structure-Function Relationship of Metalloproteins
4. Prof. URISU, Tsuneo (2 pages, 89 kb)
   Fabrication of Silicon-Based Planar Ion- Channel Biosensors and Integration of Functional Cell Membrane Model Systems on Solid Substrates
5. Prof. UOZUMI, Yasuhiro (2 pages, 104 kb)
   Heterogeneous Catalytic Systems for Organic Chemical Transformations in Water
6. Prof. TANAKA, Koji (2 pages, 108 kb)
   Metal Complexes Aiming Conversion between Chemical and Electrical Energies
7. Prof. KATO, Koichi (2 pages, 90 kb)
   Structural Analyses of Biological Macromolecules by Ultra-High Field NMR Spectroscopy