 |
Dr. Chikyo Toyohiro |
Data Driven materials science for future nano electronics |
| National Institute for Materials Science |
 |
Prof. Yvan Bonnassieux |
OTFT and OECT IA modelling |
| Ecole Polytechnique |
 |
Prof. Radu Sporea |
Multimodal transistors and their applications to analog circuits |
| University of Surrey |
 |
Prof. Hyeon-Jun Lee |
Oxide Semiconductors as Artificial Intelligence Operators and Their Future |
| Daegu Gyeonbuk Institute of Science & Technology |
 |
Prof. Sang-Hee Ko Park |
Oxide TFT for Sensor Application |
| KAIST |
 |
Prof. Chuan Liu |
Integration of TFTs beyond display applications |
| Sun Yat-sen Univ. |
 |
Prof. Jin-Seong Park |
Recent Progress on Spatial Atomic Layer Deposited Oxide Semiconductor Thin Film Transistor beyond Throughput and Performance issues |
| Hanyang Univ. |
 |
Prof. Shengdong Zhang |
Scaling-down Oxide TFTs into the Nanoscale Region for Three-Dimensional Integrated Circuits |
| Peking Univ. |
 |
Prof. Jiang Chen |
Organic Thin-Film Transistors and Circuits for Bioelectronics |
| Tsing Hwa Univ. |
 |
Prof. Hyun Jae Kim |
How Much Oxide Can Replace Silicon?
No More LTPS in the Future? |
| Yonsei Univ. |
 |
Dr. Yasuyuki Okura |
Technology CAD and its role to understand thin film transistor |
| AdvanceSoft |
 |
Mr. Tatsuya Onuki |
High-performance single-crystalline In2O3 FET toward 3D VLSI circuits |
| Semiconductor Energy Laboratory |
 |
Prof. Di Geng |
Nano-scale IGZO FET |
| Chinese Academy of Science |
 |
Prof. Kenji Nomura |
Ultrathin oxide channel TFT for circuit applications |
| UC Sandiego |
 |
Prof. Eisuke Tokumitsu |
Ferroelectric gate thin film transistors with conductive oxide channel |
| Japan Advanced Institute of Science and Technology |
 |
Prof. Kazuyuki Nakamura |
Self-sustainable operation of the Semiconductor Open Facility Center for industry-academia collaboration and recurrent education |
| Kyushu Institute of Technology |
 |
Prof. Norbert Fruehauf |
Processes for Active Matrix Sensor and Actuator Arrays |
| Univ. of Stuttgart
|
 |
Prof. Matteo Rapisarda |
Flexible Organic Photo-Transistors As Key Elements Of Detectors for Medical Proton Therapy: Recent developments |
| IMM-CNR |
 |
Prof. B.S. Bae |
Vertical Structure a-IGZO TFT Using Interfacial Oxidation |
| Hoseo Univ. |
 |
Prof. Kenji Ishikawa |
Energy-efficient, environmental, evolutional, and educational E4 assurance for new advanced semiconductor etching technologies based on low-temperature plasma science |
| Nagoya Univ. |
 |
Prof. Hiori Kino |
Integrated approach to ontology-based knowledge graphs and provenance graphs |
| NIMS |
 |
Prof. Masaharu Shiratani |
Revolutionizing Plasma CVD Film Properties: Unlocking New Potential with Unique Techniques |
| Kyushu Univ. |
 |
Prof. Masaru Kobayashi |
Nanoscale oxide-semiconductor transistor technology |
| Univ. of Tokyo |
 |
Prof. Tatsuya Okada |
Metal Source/Drain Structure TFTs using poly-Si Crystallized by Blue Laser Diode Annealing |
| Univ. of The Ryukyu |
 |
Dr. Hajime Watakabe |
Enhancement of field effect mobility in poly-crystalline oxide TFT |
| Japan Display Inc. |
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