If you want to know more about our lab, check this video from @Materials_MRS about what we do. https://t.co/0c0N5jOpNe

We are thrilled to announce our new publication by Priscila! She studied why P3HT outperforms more polar analogues in OECTs. Thanks to the groups of @InalSahika and @nielsenlab_qmul for the great collaboration on this project! https://t.co/6Wr8oDOnKf

KAUST joins the @globalhealthexh Exhibition 2025 #GHE25 to showcase how our cutting-edge research and innovation are transforming healthcare—driving smarter, data-led solutions that advance Saudi Arabia’s Vision 2030 health priorities.

Heating the films boosts memory behavior! See the work of our talented @YazhouWang16 and #WentaoShan

Excited to share our latest paper. Thermal annealing strategy boosts ion retention & synaptic stability. @InalSahika#Wentao Shan Published in Advanced Materials 🧠⚡ 👉 [ https://t.co/PRJjfeUjNS] #OECT #Neuromorphic #Bioelectronics #AdvancedMaterials #KAUST #OrganicElectronics

The #Nanobio #Seminar series is back this semester! Join our adventure through next generation nanoelectronics and cutting edge biotechnology. As always with a view towards maximum dissemination of knowledge and #public #STEM #education, this series is completely free and open

A flexible skin-worn ePatch developed at KAUST offers continuous, cuff-free blood pressure monitoring—along with sweat ion and glucose sensing. A promising step for chronic condition management and precision health. 🔗 KAUST story: https://t.co/SGqONhIWIl 🔗 Device paper:

If you're going to see an award winner lecture, this is the one to see! #ACS2025 @KAUST_News @AmerChemSociety https://t.co/oSmdBcJT2U Congratulations @InalSahika and team!

Our work on a flexible patch for blood pressure monitoring is out! We use both sides of the flexible substrate and a design relying on our beloved transistors for unification of two types of signals https://t.co/N42lggHp6f. See the news: https://t.co/IWpliX0jaA

💧🩸 From drops to organic bioelectronics! 🩸💧 Excited to share our new paper in Advanced Electronic Materials on printable organic semiconductors! Thanks to @InalSahika and the BIOEL team @KAUST for their great mentoring! https://t.co/L6VW9UDTWR

@J_A_C_S

@David_Ohayon93 @amereleven @JSurgailis @shofarulwustoni @_iainmcculloch @KAUST_News @KAUSTCoreLabs also got to know about this recent paper from @ReichmanisGroup showing a similar phenomenon for a p-type conjugated polyelectrolyte, suggesting that we should watch out for the noncompensating ions for both n and p types

congrats to the coauthors @David_Ohayon93 @amereleven @JSurgailis @shofarulwustoni @_iainmcculloch et al + @KAUST_News @KAUSTCoreLabs #NimerWehbe

Delighted to share this work-5 years in the making! In glycolated n-type OMIECs, the side chains determine which ions drive the doping process. Anions matter just as much as dopant cations! These polymers behave similar to filtration membranes. @JACS

Delighted to announce that the website for the European Conference of Molecular Electronics (ECME 2025) is now live. Submit your abstract here: https://t.co/MHReOZ39pb See you @Cambridge_Uni

Light-sensitive water gated organic neuromorphic transistors, working in ambient conditions and this time only with the channel made of our beloved n-type mixed conductors. Check the work of @YazhouWang16 #WentaoShan w/ 🙏🩷@Haifeng_IAM @AtabNazek #WanYue @KAUST_News @KAUST_BESE

We were privileged to work with Luigi Cavallo and Busra Demir on the theoretical chemistry aspect and @_iainmcculloch team for the fantastic materials design, with Bioel members @David_Ohayon93 @shofarulwustoni @taniaC_HC @VictorDruet @KAUST_BESE

Congratulations to my dear neighbor and colleague @Kylelauersen for receiving the teaching award of the year. Re-designing one of the core courses of our program was a challenging task, and you clearly nailed it!

Montserrat Ramirez De Angel, a Ph.D. student in the bioengineering program under Professor @knsalama, is conducting research that could greatly improve the lives of millions with speech sound disorders (#SSDs). Known as AM2S-SR, her game-changing assistive magnetic skin system

We are seeking a PhD student in in Materials Science with focus on Simulations and modelling of mixed ionic-electronic conducting polymers,

We are embarking on new directions of using electrochemical oxygen reduction reactions to tailor the local environment of excitable cells and create a novel form of neuromodulation using DC. If you are interested in exciting PhD or postdoc research, email me @CEITEC_Brno