#Japan #Fukuoka #OLEDs #Organic Devices #CT Interaction

Exploring the Frontiers of Organic Device Science

On September 12, 2025, a highly anticipated live seminar will be held focusing on the latest advancements in the field of organic device science, particularly those based on charge transfer (CT) interactions. Hosted by CMC Research, the seminar features renowned expert, Professor Chaniya Adachi from Kyushu University, who will delve into topics spanning molecular design, organic light-emitting diodes (OLEDs), organic lasers, and thermoelectric devices. This event promises to be an informative and engaging experience for all participants, both live and through recorded sessions.

Seminar Details

The seminar is scheduled for Friday, September 12, 2025, from 13:30 to 16:30 JST. Participants can join the session via Zoom, with options available for later viewing through an on-demand archive.

• - Date: September 12, 2025
• - Time: 13:30 - 16:30 JST
• - Platform: Zoom (live and archived)
• - Registration Fees:

- General: ¥44,000 (tax included)
- Newsletter Subscribers: ¥39,600
- Academic: ¥26,400

Knowledge to Be Gained

Attendees will gain a comprehensive understanding of organic electronics, including insights into molecular design, thin-film optical properties, electronic properties, and device characteristics. This seminar aims to provide participants with foundational concepts that underline device performance and utilize intricate molecular designs to enhance efficiency, longevity, and functionality across various organic devices.

Target Audience

The seminar is designed for graduate students and researchers from corporations who are delving into the fascinating realm of organic electronics.

What You Can Expect

Professor Adachi will explore the various electronic donor-acceptor units that contribute to precise molecular designs for OLEDs, organic semiconductor lasers, and more. The discussion will include:
1. Fundamental principles of OLEDs, including:
- Operational mechanisms
- Delayed fluorescence phenomena
- Degradation mechanisms of devices
- Advancements in hyper-fluorescent devices
2. Molecular design and device characteristics of organic semiconductor lasers:
- Basics of organic semiconductor lasers
- Design of laser molecules
- Optical and physical processes of laser molecules
- Designing optical resonator structures
- Challenges for current-excited devices
3. Use of organic CT interfaces in thermoelectric devices:
- Operational mechanisms of thermoelectric devices
- Energy structure analysis
4. Summary of organic CT devices

Presenter Background

Professor Chaniya Adachi, with an illustrious career in organic semiconductor research, holds multiple esteemed positions, including the head of the Advanced Organic Electronics Research Center at Kyushu University. With a Ph.D. obtained in 1991, he has extensive experience in synthesizing organic semiconductors and developing optoelectronic device properties. His work contributes significantly to the material innovations and advancements needed for high-performance organic devices.

How to Register

Interested participants should register through the CMC Research seminar page, where they will receive a follow-up email containing a viewing link. Further details and registration options are available through the CMC Research website.

Don't Miss This Opportunity

Join this insightful seminar to stay updated on the latest trends in organic electronics. Whether you are able to attend live or prefer to view the content later, the information shared by Professor Adachi is invaluable for anyone looking to understand the dynamics of organic devices and their applications in modern technology.

For more information about other upcoming webinars or to access related materials and publications, visit CMC Research's website. Stay informed about technological advancements and market trends in materials and chemicals during this crucial time in the industry.