PROGRAM / SYMPOSIUM G-1

Symposium G-1
Nanomaterials and Quantum Materials for Emerging Technologies

Scope

The complexity of modern social activities has increased, and the demand for high performance and advanced functionality in materials and devices is accelerating across various fields such as resources, energy, environment, and information and communication technologies. By effectively utilizing the response characteristics of materials to external stimuli such as light and voltage, research and development have been conducted on a range of functional materials and devices. Recently, there has been a focus on constructing next-generation materials and devices that use distinct physical properties different from those of bulk materials with high three-dimensionality. This has led to exploration research and practical application research across a wide range of fields. This symposium aims to provide a platform for exchanging and discussing research and development achievements related to new materials that are expected to play a central role in the next-generation electronics field. In particular, it will focus on quantum dots, nanocrystals, one-dimensional materials, two-dimensional layered compounds, and thin film materials, and the devices utilizing their unique physical properties. This symposium seeks to discuss one direction for the research and development of next-generation functional materials and devices.

Topics

• Quantum dots (nanocrystals).
• One-dimensional materials such as CNT, conjugated polymers.
• 2D materials such as wide bandgap semiconductors, 2D- or layered-TMDC and graphene, and many other related materials
• Thin film transistors, photodetectors, light emission devices, high-performance transistors or storage devices, renewable energy technologies, various kinds of display and/or emission devices, and many other optoelectronic applications.

Symposium Keynote

Invited Speakers

• Sadahiro Masuo, Kwansei Gakuin Univ.: Energy Transfer from a Perovskite Nanocrystal to Organic Dyes Revealed by Single-Particle Spectroscopy
• Yuhei Miyauchi, Kyoto University: Tailoring Light-Matter Interaction in Carbon Nanotube Membranes for High-Temperature Energy Applications
• Ayumi Ishii, Waseda University: Spin-driven Photoelectric Conversion in One-dimensional Helical Perovskites Nanomaterials
• Akira Yamakata, Okayama University: Tuning Photocarrier Dynamics through Defect and Dopant for Highly Efficient Photocatalysis
• Daniel Moraru, Shizuoka University: High-Concentration Codoped Silicon-on-Insulator Devices with Ultrathin Films for Single-Charge Tunneling Functionalities
• Tatsuya Kameyama, Shinshu Univ.: Controlled Morphology and Optical Performance Improvement in Colloidal Metal Nanoparticles
• Amaury Delamarre, CNRS: Growth and luminescence characterization of transferable epitaxial GaAs on graphene covered GaAs substrates

Organizers