The OFET team's recent work on n-channel transistor using "Oriented Polymer Floating Film" is featured in the EurekAlert!!! eurekalert.org/news-releases/…

Ms. Maëva GUILLOT, a student at Sorbonne University in Paris, recently joined Organic Electronics Laboratory NAIST (English) as an intern😃🇫🇷 #NAIST #GraduateSchool #studyabroad

The webpage containing the ongoing research themes of our laboratory has been updated. You can check it out here. mswebs.naist.jp/english/course… #organicelectronics #studyinjapan #Graduateschool

OFET Team’s collaborative work with 九州工業大学 reporting one of the highest field-effect mobility of >10 cm2/Vs in DA-type polymer semiconductors is published in the Chemical Engineering Journal. doi.org/10.1016/j.cej.…

The Organic Electronics Laboratory NAIST (English) organized a bowling tournament as a warm welcome for the new students. The event was met with great enthusiasm and enjoyed by all participants. #NAIST #GraduateSchool #Studyabroad

The Thermoelectric team has published an article in RSC Advances . Congratulations to the first author and Ph.D. candidate Mrs. Aghnia Dinan. doi.org/10.1039/D3RA03…

The OFET team has published an article in Journal of Materials Chemistry C. pubs.rsc.org/en/content/art…

Niaさんの論文です。 With 17 new reads, your article was the most read research item from your department. researchgate.net/profile/Masaka… @researchgateより

The Organic Photovoltaics Team has published a new paper in Advanced Energy Materials. IF 27.8 Thanks to the first author Mr. Liang (Ph.D. candidate) for his hard work. onlinelibrary.wiley.com/doi/10.1002/ae…

Mr. Matsuki, a visiting student in our laboratory, has successfully fabricated super-flexible transistors with a thickness of 10 microns, including substrate and encapsulation. He’s now enthusiastic about exploring their potential applications. #Research #FlexElectronics #NAIST

Exciting update about Organic Electronics Laboratory (Organic Electronics Laboratory NAIST (English))! Record high diversity with members from 9 countries, including Japan, China, India, Indonesia, Myanmar, Laos, Thailand, Philippines, and Vietnam. 🌍🤝🇯🇵🇨🇳🇮🇳🇮🇩🇲🇲🇱🇦🇹🇭🇵🇭🇻🇳 #UniversityLab #StudyInJapan

Assistant Professor Ryota Fukuzawa joined us as a new lab faculty member. He is a professional in scanning probe microscopy, and we expect that he will accelerate the SPM team's research! Photo: Dr. Fukuzawa (right) with Mr. Gilbert L. Pado (Ph.D student)

We had a welcome party for Fukuzawa-sensei and a farewell party for M2 students in Dotonbori, Osaka.

A new paper by Dr. Pandey (Visiting Assistant Professor) is now available. The elemental technologies for our long-term goal of polymer super-flexible electronics are steadily building up. ieeexplore.ieee.org/abstract/docum…

Dr. Anh Ngoc Nguyen's (Ph.D. September 2024, currently PD) first paper is currently in the Top 7% by the SciVal! pubs.acs.org/doi/10.1021/ac…

Organic Electronics Lab held a farewell party for M2 and a welcome party for new Assist. Prof. Fukuzawa in Dotonbori. The Osaka Minami area is closer than you might think to NAIST. Thanks to all M2 students for their hard work! Dr. Fukuzawa, we look forward to working with you!

Nia-san's new paper has been published!🎉 It was known in the CNT community that polyoxyethylene stearyl ether “sometimes” introduces n-type doping when used as a dispersant. This work clarified the doping mechanism and necessary temperature conditions. pubs.acs.org/doi/10.1021/ac…

Blessing-san's paper has been published. It was a big task that involved four researchers. This paper reports the results of a systematic investigation of the determinants of CNT orientation. The next paper will be the highlight, so please stay tuned! pubs.acs.org/doi/10.1021/ac…

We had a lab get-together with students from the Organic Electronics Laboratory! Since we often share technical knowledge and know-how among lab members, building strong relationships is key. Let’s keep a good balance between research and fun — and power through this intense

The Giant Seebeck effect we discovered shows a Seebeck coefficient that is two orders of magnitude larger than predicted by conventional physical theory. Among these, the value of −239 mV/K obtained from the Ph3-BTF single crystal is the highest value to date.