Technical Sessions
- TS-1 Macromolecular & Soft Materials
- TS-2 Advanced Biomaterials
- TS-3 Advanced Organic Materials
- TS-4 Advanced Soft-photonic Materials
- TS-5 Soft-electronic and Ionic Materials
Time Table
Hall 200 |
Room 101 |
Room 102 |
||
2014/7/2 Wed |
AM |
TS-4 |
TS-1 (1) |
TS-5 (1) |
PM |
TS-3 (1) |
TS-1 (2) |
TS-2 (1) |
|
2014/7/3 Thu |
AM |
TS-3 (2) |
TS-5 (2) |
TS-2 (2) |
PM |
Closing |
Scopes and Chairs of Technical Sessions
TS-1 7/2 (Room 101) |
Chair: Dr. Masanobu Naito | |
This session features a
breadth of the most exciting and state-of-the-art aspects of
macromolecules. Topics will include an
inquiry of hierarchical structures with macromolecular building blocks,
sophisticated synthetic techniques that enable the exploration of new
applications, the interplay between chemistry and mechanics in soft materials,
physics of molecular networks, and dynamical behavior of polymers in the
nano-confined state. These
interdisciplinary entanglements can be exploited to create novel &
fascinating materials. |
||
TS-2 7/2-3 (Room 102) |
Chair: Dr. Mitsuhiro Ebara | |
This session includes the
latest innovations in biomaterials science, molecular and cell biology and
engineering, new opportunities and mechanisms for translation of these findings
to new medical treatment. |
||
TS-3 7/2-3 (Hall 200) |
Chair: Dr. Takashi Nakanishi | |
New design principles for organic soft materials, which are particularly controlled and understood at the molecular level, are this session’s lineup. Intermolecular interactions play a key role to regulate morphology and phase of the soft materials, which further determine their properties/functions in terms of optoelectronic, mechanical, and biological applications. Future research directions and perspectives for those advanced organic materials are discussed in this session. |
||
TS-4 7/2 (Hall 200) |
Chair: Dr. Hiroshi Fudouzi | |
Polymer and organic molecules based photonic materials are emerging research
fields in past decade. These materials have flexible mechanical property
and smart function in gels, elastomer and polymer composites. For example, the soft photonic materials will
lead to advanced optical and photonic flexible devices with electro luminescence,
laser emission, Bragg's diffraction and photonic sensing. This session focuses
on synthesis, process, design and function of advanced soft photonic materials. |
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TS-5 7/2-3 (Room 102, 101) |
Chair: Dr. Masayoshi Higuchi | |
Soft
materials with electronic, photonic and ionic properties have received much
attention for electronics applications. This session focuses on design,
synthesis, properties and device fabrication of recent soft-electronic and
ionic materials. |