From lab to the real world. New PNASNews paper led by Dr. Manu Jain (Northwestern) uses QSIB-engineered microfluidic stickers for remote sweat biomarker testing in cystic fibrosis patients. Scaled for millions of units via Epicore Biosystems manufacturing. 🔗 pnas.org/doi/full/10.10…

Nearly a decade of research at QSIB has gone into advancing soft, wireless monitoring systems for neonatal care — first reported in Science (2019) and now moving toward large-scale clinical deployment. This new perspectives piece in Neonatology, co-authored with collaborators at

New work in PNAS with Prof. Yonggang Huang’s Northwestern group, QSIB’s Dr. Mingzheng Wu, and NeuroLux collaborators develops an analytical framework for understanding light propagation from microscale LEDs for optogenetics & neural imaging. Applications span wireless

A pleasure to host colleagues from Luzerner Kantonsspital & Kinderspital Lucerne at Querrey Simpson Institute for Bioelectronics. Exciting discussions on next-gen wireless devices for pediatric care and future collaborations across borders. 🌍🤝

Proud moment for QSIB 🎉 Our director, John A Rogers, has been awarded the prestigious Bakerian Medal and Lecture by the Royal Society — recognizing foundational contributions to bioelectronics. A true reflection of QSIB’s global leadership. Read more: mccormick.northwestern.edu/news/articles/…

👏 Congratulations to Dr. Seunghee H. Cho, QSIB postdoctoral fellow, on joining Samsung! Her pioneering contributions to wearable bioelectronics, showcase the talent we’re proud to foster at QSIB. #QSIB #WearableTech #Bioelectronics

🚨 New in Advanced Science (Advanced Portfolio News)! A collaboration led by John A Rogers’ team Northwestern introduces a minimally invasive, multimodal probe for real-time diagnosis of Acute Compartment Syndrome. 👏 Big thanks to Dr. Mitchell Pet (WashU Medicine Department of Surgery) and collaborators

🌏 Innovation spotlight in Shanghai: Prof. John A. Rogers, Querrey Simpson Institute for Bioelectronics Director, joined Nobel laureates & global leaders as a keynote speaker at #EmTechChina 2025 in Jing’an. His talk on bioelectronics highlighted how fundamental science drives real-world health solutions. 🔗

We’re grateful to Prof. Taiyu Okatani (Tohoku University) for spending a sabbatical year with us Querrey Simpson Institute for Bioelectronics Northwestern! His contributions to thermal sensors, neonatal pain monitoring (with Lurie Children's), and novel insights into blood flow expanded our research in exciting new

🌍 New in Nature Materials: A review co-led by Querrey Simpson Institute for Bioelectronics director John A Rogers, with contributions from former postdocs Prof. Ken Madsen (Baylor University) & Prof. Matthew T. Flavin (Georgia Tech). The work explores how bio-inspired & eco-friendly sensors could one day form large-scale

📚 This fall, we welcome a record ~32 MS students into Querrey Simpson Institute for Bioelectronics — across multiple departments at Northwestern! These students will collaborate with PhDs & postdocs on frontier projects in bioelectronics, gaining hands-on mentorship and a powerful springboard into top PhD

📺 Our work at Querrey Simpson Institute for Bioelectronics was recently featured on Chicago Tonight (WTTW - Chicago PBS) — showcasing how bioelectronics are shaping the future of medical monitoring. Thanks to John A Rogers for the interview, Tony Banks for the lab tour, Paul Caine for the great questions, and Amanda

👏 A big thank you to Dr. Jihun Park for his impactful contributions during his 2.5 years as a Querrey Simpson Institute for Bioelectronics postdoc. His work advanced: 🔹 An implantable, closed-loop system for opioid overdose prevention (NIH-supported, published in Science Advances 🔗 science.org/doi/10.1126/sc… 🔹 A

🤝 We were glad to welcome leadership from Maruho Co., Ltd. to Querrey Simpson Institute for Bioelectronics Northwestern. Their focus on dermatology connects well with our work on skin-interfaced sensors. We look forward to building on existing collaborations with Sibel Health & Wearifi Inc — and to hosting their

📢 ICYMI: 🎙️ Explore Global Health with Rob Murphy, MD featured QSIB director John A Rogers in May. He shared how wireless bioelectronics are transforming care in LMICs — from maternal & fetal health to surgical recovery. 🔗 bit.ly/podcast_rogers #GlobalHealth

Honored to see our millimeter-scale pacemaker featured in TIME’s Best Inventions of 2025! Huge thanks to our collaborators NUS Dartmouth 🌲 The University of Chicago Northwestern and the incredible team behind this innovation. 🔗 time.com/collections/be… #Bioelectronics #QUSIB