Querrey Simpson Institute for Bioelectronics
@NU_QSIB
Querrey Simpson Institute for Bioelectronics (QSIB) @NorthwesternU led by @ProfJohnARogers | Flexible thinking. Expansive ideas. | Bioelectronics Research
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Honored to see our millimeter-scale pacemaker featured in @TIME’s Best Inventions of 2025! Huge thanks to our collaborators @NUSingapore @dartmouth @UChicago @NorthwesternU and the incredible team behind this innovation. 🔗 time.com/collections/be… #Bioelectronics #QUSIB…
That’s nice – our millimeter scale pacemaker was chosen as one of TIME's 2025 Best Inventions (time.com/collections/be…), announced this morning. The peer-reviewed paper on our technology is at the link below. Big thanks to the entire team for their incredible efforts on this…
📢 ICYMI: 🎙️ Explore Global Health with Rob Murphy, MD featured QSIB director @ProfJohnARogers in May. He shared how wireless bioelectronics are transforming care in LMICs — from maternal & fetal health to surgical recovery. 🔗 bit.ly/podcast_rogers #GlobalHealth…
🤝 We were glad to welcome leadership from Maruho Co., Ltd. to @NU_QSIB @NorthwesternU. 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 — and to hosting their…
Very honored this afternoon to host the visit of a leadership team from Maruho Co.,Ltd, a top-flight Japanese pharma company specializing in various skin conditions – an excellent match for our research on advanced skin-interfaced sensors. We’ve greatly enjoyed our collaborations…
👏 A big thank you to Dr. Jihun Park for his impactful contributions during his 2.5 years as a @NU_QSIB 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…
Big thanks to Dr. Jihun Park for all of his many contributions to our team at the Querrey-Simpson Institute of Bioelectronics (QSIB) at @NorthwesternU as a postdoctoral fellow over the last two and a half years. Jihun is a careful, meticulous, highly skilled and dedicated…
📺 Our work at @NU_QSIB was recently featured on Chicago Tonight (@wttw) — showcasing how bioelectronics are shaping the future of medical monitoring. Thanks to @ProfJohnARogers for the interview, @aTonyBanks for the lab tour, Paul Caine for the great questions, and Amanda…
Nice feature piece on our Querrey-Simpson Institute for Bioelectronics at @NorthwesternU appeared last night on a program -- “Chicago Tonight” – that airs regularly on our local PBS television station. Thanks to Paul Caine for great questions – and great editing (!) – to produce…
📚 This fall, we welcome a record ~32 MS students into @NU_QSIB — across multiple departments at @NorthwesternU! These students will collaborate with PhDs & postdocs on frontier projects in bioelectronics, gaining hands-on mentorship and a powerful springboard into top PhD…
WOW! We have a record number of MS students in our group this cycle! – a total of ~32 across several different departments, more than half of whom are just now starting the first year of their program! Over the years, MS students have made amazing contributions to our research…
🌍 New in @NatureMaterials: A review co-led by @NU_QSIB director @ProfJohnARogers, with contributions from former postdocs Prof. Ken Madsen (@Baylor) & Prof. @ProfMattFlavin (@GeorgiaTech). The work explores how bio-inspired & eco-friendly sensors could one day form large-scale…
Perhaps of interest -- our article, titled “Materials Advances for Distributed Environmental Sensor Networks at Scale,” just now published in Nature Reviews Materials (nature.com/articles/s4157…). This piece summarizes efforts to develop materials and device strategies for…
We’re grateful to Prof. Taiyu Okatani (@TohokuUniPR) for spending a sabbatical year with us @NU_QSIB @NorthwesternU! His contributions to thermal sensors, neonatal pain monitoring (with @LurieChildrens), and novel insights into blood flow expanded our research in exciting new…
Thanks to Prof. Taiyu Okatani – a faculty member in the Department of Robotics at @TohokuUniPR --- for spending a sabbatical year with us here at our Querrey-Simpson Institute for Bioelectronics at Northwestern University. Taiyu arrived around this time last year with some…
🌏 Innovation spotlight in Shanghai: Prof. John A. Rogers, @NU_QSIB 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. 🔗…
🚨 New in Advanced Science (@AdvPortfolio)! A collaboration led by @ProfJohnARogers’ team @NorthwesternU introduces a minimally invasive, multimodal probe for real-time diagnosis of Acute Compartment Syndrome. 👏 Big thanks to Dr. Mitchell Pet (@WashUSurgery) and collaborators…
For our latest work on thin, flexible probes for patient monitoring, take a look at the paper published today in Advanced Science, titled “Minimally Invasive, Bioadaptive Multimodal Sensor Probe with Safe Deployment for Real‐Time Acute Compartment Syndrome Diagnosis.”…
👏 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
Congratulations to Dr. Seunghee H. Cho, a postdoctoral fellow in the group, on accepting a staff position at Samsung! Seunghee has been a critically important member of our team over the last few years, starting as a visiting PhD student for 6 months in 2021/2022 while finishing…
Proud moment for QSIB 🎉 Our director, @ProfJohnARogers, 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/…
Professor John Rogers has won the UK Royal Society’s Bakerian Medal, one of the Premier Awards given by the Society. Rogers was honored for foundational scientific and engineering contributions to the field of bioelectronics. Congrats, John! spr.ly/6014fNt8r
A pleasure to host colleagues from @KantonsspitalLU & Kinderspital Lucerne at @NU_QSIB. Exciting discussions on next-gen wireless devices for pediatric care and future collaborations across borders. 🌍🤝
Great opportunity on Friday to host Dr. Nicole Ritz (Head of Pediatrics), Dr. Nathalie Gasser (Director, Child Health Analytics) and Dr. Marcus Werners (Senior Data Analyst) of the @KantonsspitalLU and Kinderspital in Lucerne, Switzerland at our @NU_QSIB at @NorthwesternU. This…
New work in PNAS with Prof. Yonggang Huang’s @NorthwesternU group, QSIB’s Dr. Mingzheng Wu, and @NeuroLuxInc collaborators develops an analytical framework for understanding light propagation from microscale LEDs for optogenetics & neural imaging. Applications span wireless…
Another collaborative paper from the group published today, titled “Analytical Solutions for Light Propagation of LEDs,” in Proceedings of the National Academy of Sciences (pnas.org/doi/epdf/10.10…). This analytical study, led by our longtime collaborator Prof. Yonggang Huang…
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…
An interesting perspectives piece, just published today in the journal Neonatology with our co-authors and collaborators at Montreal Childrens Hospital (MCH) and @mcgillu, discusses the future of the wireless NICU, titled “A Wireless Neonatal Intensive Care Unit: Fiction or…
From lab to the real world. New @PNASNews paper led by Dr. Manu Jain (@NorthwesternU) uses QSIB-engineered microfluidic stickers for remote sweat biomarker testing in cystic fibrosis patients. Scaled for millions of units via @epicorebio manufacturing. 🔗 pnas.org/doi/full/10.10……
If you’re interested in next-generation wearable devices for real-world applications, take a look at the paper “Remote Analysis and Management of Sweat Biomarkers Using a Wearable Microfluidic Sticker in Adult Cystic Fibrosis Patients,” published today in Proceedings of the…
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