Organizers:

Representative

Co-Organizers

Correspondence

Scope:

Conjugated molecules/polymers have intrinsically electrical conductivity, electro-optical and magnetic properties, and the use of these properties enables to develop lots of electronic device application. The further progresses of them are promising to realize the new concepts of electronics and photonics. The next-generation conjugated molecules/polymers with super-hierarchical structures must be key materials to support the future electronics. This symposium will focus on the molecular design, fundamental characteristics, and functions of the next-generation conjugated molecules/polymers and the materials with their super-hierarchical structures from every possible aspect including chemistry, physics, and electronics. This symposium will detail issues about the design, synthesis, and crystal growth of next-generation conjugated molecules/polymers and their super-hierarchical structures, and about the optical, electronic, electrochemical, magnetic, and plasmonic properties. The architectures and characteristics of organic/inorganic hybrid systems, metal-organic frameworks (MOFs), donor/acceptor systems including charge transfer complexes and photovoltaic materials, and micro-phase separation science will be also discussed.

Topics:

• Synthesis of Next-Generation Conjugated Molecules and Polymers
• Design of Super-Hierarchical Structures
• Organic Crystal Growth
• Theory and Modeling of Next-Generation Organic Materials
• Organic Semiconductor, Conductor, and Superconductor Materials
• Molecular Magnets and Organic Spintronics
• Organic Materials for Photonics and Plasmonics
• Organic Materials for Ionics and Electrochemical Applications
• Organic/Inorganic Hybrid Systems and Metal-Organic Frameworks (MOFs)
• Donor/Acceptor Systems and Charge Transfer Complexes
• Micro-Phase Separation Science
• Colloidal Materials and Nano Particles

Keynote Speakers:

Invited Speakers: