Hydrogen in Functional Materials
Scope
Hydrogen in materials exhibits a wide range of concentration, high mobility, quantum nature, and superior chemical reactivity. All these features of hydrogen originate from its bonding and size flexibilities. The scope of this symposium is to deepen and exchange the cutting-edge materials science relating to hydrogen (that is, “Element Strategy on Hydrogen” and “Hydrogenomics”) as a guideline to fully utilize hydrogen for developing many kinds of functional materials.
Topics
- Semiconductor
- Superconductor
- Super-ionic Conductor
- Structural Material, Biomaterial
- Quantum Beam
- Computational Approach
- Energy Generation and Storage
- Energy and Material Conversion
Symposium Keynote
Naoki OHASHI
National Institute for Materials Science, Japan
Investigation on Defect Structures in Oxides with Hydrogen Impurity
Rana MOHTADI
Toyota Motor Engineering & Manufacturing North America, Inc.（TEMA）, USA
Enabling EnergyTechnologies Using Hydride Materials
Invited Speakers
- Anderson JANOTTI, University of Delaware, USA The Hydrogen Impurity in Wide-band-gap Oxides
- Hiroshi KAGEYAMA, Kyoto University, Japan Size Flexibility of Hydride Anion: Structure and Property Control
- Truls NORBY, University of Oslo, Norway Hydride ion conduction
- Shin-ichi ORIMO, Tohoku University, Japan Complex Hydrides for Energy Device Research
- Miho YAMAUCHI, Kyushu University, Japan Inorganic Nanomaterials to Achieve Efficient Electrochemical Hydrogenation for Energy Storage and Materials Conversions
- S. Thomas AUTREY, Pacific Northwest National Laboratory, USA Catalytic Properties of Hydrides in Aqueous Media
Organizers
- Shin-ichi ORIMO Tohoku University, Japan
- Hidenori HIRAMATSU Tokyo Institute of Technology, Japan
- Bjørn C. HAUBACK Institute for Energy Technology, Norway
- Truls NORBY University of Oslo, Norway
- Chris G. Van de WALLE University of California, Santa Barbara, USA
Correspondence
- Hidenori HIRAMATSU, Tokyo Institute of Technology, Japan Email: h-hirama@mces.titech.ac.jp
