@CelluloseCenter together with Wallenberg Wood Science Center (WWSC) have published a review paper on composite materials from nanocellulose and conductive polymers and their applications. Check it out at the link below.
https://t.co/WX7LT6BYlb
In recent work by DCC, energy harvesters were constructed using only forest-based materials. The devices could generate > 200 volts and were used for a green electronics smart package application. The research was published in Wiley Global Challenges.
https://t.co/xUuwZylrkR
Last days to apply for the EMERGE printed electronics research infrastructure! Follow the link to apply:
https://t.co/Hx1FjmLqR1
#research#development#printedelectronics
Do you have an interest in printed electronic, material science for energy harvesting purposes?
We are looking for a Master of Science student for a Master Thesis project at RISE, Norrköping.
Read more here: https://t.co/AvsNucky5L
#JobAlert#masters
Congrats to Anatolii for his first article; all-printed OECTs and OECT-based circuits with about 1 ms propagation delay. Now available via open access in Advanced Materials Technologies: https://t.co/OuGZFHVUrU
@RISE_PrintedE@Borges78107954@wearplex @AdvSciNews
The display manufacturer @ynvisible Interactive Inc has signed an exclusive licensing agreement to RISE electrochromic display technology.
Read more here: https://t.co/JbBd3vBPRM
RISE Research Institutes of Sweden demonstrates 'Batteryless Electronic System Printed on Glass Substrate' in Electronic Materials: https://t.co/pTDYRI4jGJ #mdpielectronicmat via @MDPIOpenAccess@RISE_PrintedE
Research from @CelluloseCenter was featured in the long running science show "Vetenskapens värld" (@svtvetenskap) on Swedish television. Eva Malmström Jonsson show our paper-based energy storage devices. The episode can be viewed online at SVT Play.
https://t.co/KMPbnXCMf6
Join Printed Electronics Arena and collaboration partner Absorbest at the digital seminar #DigiDemoDay, on Tuesday, September 7th, to learn how you can grow your business by using a #testbed within #printedelectronics. https://t.co/IlPaHJc6a0
#p8b#electrochromicdisplays
New study: Researchers from RISE and LiU have designed screen printed logic inverters based on organic electrochemical transistors (OECT) that operate at the highest frequency to date, with switching frequencies of 20-30 Hz. https://t.co/UP6zgWJOJK #printedelectronics#p8b