We managed transfer-printing organic small molecules by manipulating traceable water on PEDOT:PSS as the sacrificial layer. The laterally conductive all-organic photodetectors work well even cut into pieces.

Here is our recent collaborative work with Prof. Shuang-Quan Zang at Zhengzhou University. Bright and efficient OLEDs based on Au(I)-Cu(I) clusters with circularly-polarized luminescence.

Here is our first commentary published in The Innovation Materials. We briefly elaborated and commented how SAMs influenced all-perovskite tandem solar cells. It is a wonderful experience to work with Dr. Yungui Li and Dr. Jianghui Zheng Jianghui Zheng .

The video highlights of The Innovation Materials Volume 1, Issue 1 is now online! The Innovation Materials the-innovation.org/materials/arti… #materials #materialsscience #thermoelectric #solarcell #conductor #EnergyStorage #carboncapture

It is my great pleasure and honor to work as the Academic Editor for The Innovation Materials@Innov_Materials, the authors, and the reviewers. Please submit your research output to this open-access journal as one of the family of The Innovation@The_InnovationJ.

Check out the latest issue of The Innovation Materials!!! Volume1, Issue 2 is now online! The Innovation Materials The Innovation: a Cell Press partner journal The Innovation | Medicine the-innovation.org/materials/arti… #materials #Science #AcademicTwitter

Nature Conference: Flexible Electronics - Science for a Sustainable World. Nice to see old and new friends in Xiamen

Wonderful to get reunited with my post-doc supervisor Prof. Karl Leo and discussion about paper rejection with Nature editor Dr. Karl Ziemelis, along the seaside in Xiamen close to my hometown.

I will be talking about the past, present, and future of OLEDs for 1-1.5 hrs, including our recent research on solution-processed OLEDs, on this Saturday at 21:00 (Beijing Time), i.e., Central European Time 14:00. Any comments are welcome. Scan 2nd/3rd QR codes at the bottom.

The Innovation Webnar on OLEDs will be starting in an hours. 8 livestreams are available. Thanks for your comments.

Check out the latest issue of The Innovation Materials!!! Volume 1, Issue 3 is now online! The Innovation Materials The Innovation: a Cell Press partner journal the-innovation.org/materials/arti… #materials #magnetic #Nano #electronics #wearable #electrochemiluminescence #Lithium #Sustainability #superconductor #solarenergy

Here is our commentary, published by The Innovation, on colloidal quantum-dot lasers towards electrical driving. Eager to see the practical electrically pumped QD lasers.

Glad to work with Prof. Shi from Jiangsu University of Science and Technology. We found some new approach to develop narrowband NIR phosphorescent OLEDs via solution process.

Glad to work with Prof. Deepak Dubal to illustrate the technology of transfer printing for lithium-ion batteries. Transfer printing has many promising applications in OLEDs, micro LEDs, solar cells, etc.

Excited to share our commentary on Sn-based perovskite LEDs functioned by cyanuric acid. It is great to work with Prof. Xiaoke Liu and Prof. Feng Gao from Linköping University.

New in The Innovation Materials! Spin manipulation in organic radicals. “Undoubtedly, the significance and practical implications of organic radical research are situated within realms of not only electroluminescence but also spin electronics and quantum computing.” Read more

Here is our commentary on luminescent organic radicals which have many promising applications in organic LEDs, quantum information storage, and so on. Wonderful contributions from Prof. Xin Ai and Tariq Sajjad.

#Latest online #InfoMat Autonomous self-healing 3D micro-suction adhesives for multi-layered amphibious soft skin electronics Welcome to read and share⬇️ doi.org/10.1002/inf2.1…

Very first talk at QUT in Australia. Many thanks for the invitation from Prof. Deepak Dubal. We are globally recruiting faculty members. Please contact me if anyone is interested in joining Institute of Flexible Electronics at Xiamen University.

Our very first work on SAMs for RGB QLEDs. These cost-effective SAMs could replace the commonly used PEDOT:PSS as hole injection layer.