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Nano-scale Functional Assembly ICT Laboratory
The advancement of the optical communication system and its application to the short-range data communication strongly demand ultra-fast, low power consumption, small-size light control devices. The project aims at high functionality and the integration of the light control elements by combination of organic materials having high light control functions and nano-photonic structures using inorganic materials having high refractive indices together. Also, research and development of fundamental technologies controlling organic-inorganic interface and structure at atomic and molecular level are curried out for creating high functionality of the devices and new functions of the materials.
Topics
- 2025.5.21
- yInvited lecturezResearch manager Yamada
Invited lecture at "The 22nd International Conference on Electrical Engineering/Electronics, Computer, Telecommunications and Information Technology (ECTI-CON 2025)".
ETopic: Development of Electro-Optic Polymers and Its Applications to Silicon/Organic Hybrid Devices - 2025.5.30
- yInvited lecturezResearch manager Yamada
Invited lecture at seminar held by AndTech Co., Ltd.
Lecture theme: Basics and characteristics evaluation of electro-optical (EO) polymers and their application to optical control devices and terahertz wave detection - 2024.3.10
- yInvited lecturezSenior Research Scientist Yamada
Invited lecture at "Techniques on IEICE".
Lecture theme: Development of electro-optical polymer materials and process technology, and terahertz wave detection and application - 2024.12.19
- yInvited lecturezDirector Otomo
Invited lecture at "11th Electronics and Photonics Technology/GaN-OIL Joint Symposium".
- Lecture theme: Next-generation ICT devices using EO polymers - 2024.11.18
- yPatent registrationz
"Manufacturing method for nonlinear optical devices"
- Registration number: Patent No. 7590438
- Inventors: Senior Research Scientist Yamada, Director Otomo, Research Engineer Yokohama, Research Engineer Ueda - 2024.10.11
- yKeynote speechzSenior Research Scientist Yamada
I gave a keynote speech at "The 23rd International Discussion & Conference on Nano Interface Controlled Electronic Devices (IDC-NICE 2024)".
- Topic: Development of High Performance Electro-optic Polymer Materials and New Processing Techniques and its Applications to Ultra-high Frequency Electric Field Detection - 2024.9.10
- yInvited lecturezDirector Otomo
An invited lecture was given at the "IEICE Society Conference".
- Topic: EO polymer optical modulators operating with visible light and their applications - 2024.9.2
- yInvited lecturezSenior Research Scientist Yamada
An invited lecture was given at the "2024 Institute of Electrical Engineers of Japan Fundamentals, Materials, and Common Division Conference".
- Topic: Development of high-performance electro-optic polymers and their application to ultra-high frequency electric field detection - 2024.7.17
- yInvited lecturezResearch manager Kaji
Invited lecture at "24th International conference on transparent optical networks (ICTON 2024)".
- Topic: Terahertz optical modulators using electro-optic polymer waveguides and non-coplanar patch antennas - 2024.7.1
- yInvited lecturezPrincipal Investigator Yamada
Invited lecture at "10th International Conference on Materials Research and Nanotechnology (ICMRN 2024)".
- Topic: Development of electro-optic polymer materials and its application to ultra-high frequency electric field detection - 2024.7.18
- yInvited lecturezDirector Otomo
An invited lecture was given at the "Light and Laser Kansai 2024 Seminar hosted by the Photonics Division of the Society of Applied Physics".
- Topic: High-speed optical control devices using EO polymers - 2024.5.30
- yInvited lecturezDirector Otomo
An invited lecture was given at the "13th International Symposium on Organic Molecular Electronics (ISOME2024)".
- Topic: EOptical phased array using EO polymers from visible to NIR - 2024.4.11
- yInvited lecturezResearch manager Kaji
Invited lecture at "IEEE AP-S Kansai Joint Chapter".
- Topic: Research and development of antenna-coupled terahertz optical modulator using electro-optic polymer
