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The essence

A research team co-led by SQI member Jonathan Rivnay (Jonathan Rivnay) has developed a brain-like computing device that is capable of learning by association. NorthwesternResearch Northwestern Engineering news.northwestern.edu/stories/2021/0…

Our first paper venturing into neuromorphic device is out Nature Communications. Congrats to first author Xudong Ji and team, and for the great collaboration with Paddy Chan The University of Hong Kong. rdcu.be/cjRsJ -- Northwestern Northwestern Engineering Northwestern University - Biomedical Engineering. 🤏🧵 1/5

Reem Rashid and Xudong Ji review the state of organic electrochemical transistors in bioelectronic circuits -- well done team! sciencedirect.com/science/articl…

Congratulations to Dr. Reem Rashid Reem Rashid who just successfully defended her PhD thesis! The group's first -- setting a high bar! Northwestern Engineering Northwestern University - Biomedical Engineering

Interested in a new approach to integrate OECT with aptamer-based Sensor? Come to see my talk in #S22MRS

📢 We are hiring! Want to work at the interface of Synbio & Bioelectronics? Joint post-doc available between our lab and Kamat Lab lab Northwestern Engineering. Keywords: bioelectronics⚡️, cell-free synthesis🧬, biomimetic membranes, sensing , brain-inspired🧠-- Interested? DM or email

Just in nature "Vertical organic electrochemical transistors (OECTs) for complementary circuits" nature.com/articles/s4158… Led by Antonio Facchetti Wei Huang #TobinMarks and team. Happy for our team to contribute: Xudong Ji #AbhijithSurendran Northwestern Engineering Northwestern

.Xudong Ji Jonathan Rivnay demonstrate electrochemical #transistors that serve as universal on-site amplifiers to improve the sensitivity of electrochemical aptamer-based sensors of over 3 orders of magnitude #OECT #GettingApplied nature.com/articles/s4146…

Just out in Nature Communications -- Xudong Ji 's latest: "Organic electrochemical transistors (OECTs) as on-site signal amplifiers for electrochemical aptamer-based sensing" rdcu.be/c8wZh Northwestern University - Biomedical Engineering Northwestern Engineering NorthwesternResearch -- DARPA #BETR funded. 🧵1/12

Northwestern researchers led by SQI member Jonathan Rivnay (Jonathan Rivnay) have developed a new technology that boosts the body’s chemical signals by more than 1,000 times. news.northwestern.edu/stories/2023/0…

Northwestern #research topped $1B in annual sponsored funding for the first time ever, a credit to the University's thriving research enterprise. rb.gy/mo2wt Northwestern Northwestern Feinberg School of Medicine Weinberg College at Northwestern Northwestern Engineering Northwestern SESP Kellogg School NU School of Comm

Excited to see this work finally out in Nature Electronics! In this work Eveline pioneers on-chip learning and classification with an organic neuromorphic biosensor using a hardware neural network. nature.com/articles/s4192…

Joining the #CancerMoonshot are our 3 new projects funded through the Open BAA: ✅ THOR Rice University ✅ SPIKEs Mizzou ✅ CODA Georgia Tech, Emory University We are united in the fight for innovative solutions and better treatments. 🌟 arpa-h.gov/news/baa-cancer

A multi-institutional team of researchers has received $45 million from the Advanced Research Projects Agency for Health to fast-track the development of a novel implant to sense and treat cancer. Jonathan Rivnay Shana Kelley ARPA-H Northwestern University - Biomedical Engineering bit.ly/3rrS6WS

Finally out in Nature Communications: “Electrocatalytic on-site oxygenation for transplanted cell-based-therapies” rdcu.be/dqFGy, prev bioRxiv tinyurl.com/mr2eedwm. Led by #InkyuLee (@CohenKarniLab) and our own @Abhijith_S_. This space is heating up!! 🧵1/12

Looking forward to a packed week Materials Research Society (MRS) #F23MRS -- come check out the latest from the group! The cut off titles below will keep you wanting more...

Congratulations to Wu Ruiheng and the team!

📢Just out in Nature Communications -- “Tunable anti-ambipolar vertical bilayer organic electrochemical transistor enable neuromorphic retinal pathway.” rdcu.be/dO6JA. 📰The latest from #ZachLaswick, Gianmaria Matrone in collaboration w/ XIHU WU Wei Lin Leong NTU Singapore. 🧵1/10