[15p-WL1_201-1~9] Bridging the Gap: Computational Approaches to Address Challenges in Photoelectronic Organic Devices at the Physical-Cyberspace

2:05 PM - 2:35 PM JST(5:05 AM - 5:35 AM UTC)

[15p-WL1_201-3] Synergy of Experiment, Calculation, and Data Science for Organic Transistor Study

〇Hiroyuki Matsui¹, Tomoharu Okada¹, Koki Ozawa^1,2, Ren Sasaki¹, Hiroto Otokozawa¹, Jintaro Endo¹, Tomoka Suzuki¹, Daichi Ikejima¹, Wataru Miyata¹, Rikuo Suzuki¹, Ryota Kobayashi¹, Kazuki Ono¹, Satoru Inoue^3,4, Tatsuo Hasegawa⁴ (1.ROEL, Yamagata Univ., 2.JSPS Research Fellow, 3.INOEL, Yamagata Univ., 4.Univ. of Tokyo)

Keywords:

organic semiconductors,materials informatics,process informatics

Advancements in computers and data science have enabled innovative research methodologies, such as machine learning, large-scale simulations, and autonomous experimentation. Even in the field of organic transistor research, which dates back to the 1980s, these new approaches are accelerating material and device development while elucidating complex structure-property relationships. In this presentation, we introduce our recent achievements in innovative organic transistor research in terms of materials, thin films, and devices.