Jonathan Rivnay

Announcing the 2026 National Laureates of the @BlavatnikAwards, tonight each will receive $250,000 at the 20th Anniversary Gala: 🧪David Nagib @nagiblab @OhioState, 🧬Patrick Hsu @pdhsu @arcinstitute @Stanford, ⚡Jonathan Rivnay @jrivnay @NorthwesternU blavatnikawards.org/news/items/thr…

2025 was an exciting year for us! We took big swings, backed bold science, and moved the needle on transformative health solutions.

We reimagined what health breakthroughs look like by launching programs, pursuing cutting edge innovations, and awarding talented performers. (1/2)

Been looking forward to this all year, and what a game!! South Bend Indiana, home of the mighty Notre Dame! Fantastic day and night with ⁦@jrivnay⁩ and Father ⁦@BryanPaulsenSJ⁩

Check out our cute little network of wireless bioelectronic implants!

Out now in @NaturePortfolio Nature BME, we show magnetoelectric-powered implants deliver coordinated electrical stimulation of cardiac and neural targets in large animals! (link in 🧵)

So proud of Joshua Woods, Fatima AL-Rashdan, and our amazing co-authors and collaborators: Ellie Chen, Wendy Tan, Mathews John, Allison Post, PhD, Amir Faraji, Dimitry Sayenko, Mehdi Razavi, and many more!

Professors Joshua Leonard and Jonathan Rivnay are part of AIMBE’s College of Fellows Class of 2025, among the highest professional distinctions accorded to medical and biological engineers.

Congrats!

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New review describing how magnetoelctric materials are enabling miniature bioelectronics from first-principles to first-in-human.

Congrats to Fatima Alrashdan whose manuscript made the front cover of Accounts of Chemical Research! 🧠 🧲

pubs.acs.org/doi/10.1021/ac…

A major consortium from across Cambridge life sciences, #tech & business worlds announce multi-million-pound, 3-year collab with @ARIA_research

eng.cam.ac.uk/news/cambridge…

The partnership involves @GeorgeMalliaras @BioelectronicsL focusing on a new generation of #neurotechnologies

Professors Jonathan Rivnay and Josh Leonard are part of a multi-institutional team of researchers working to create a minimally invasive implant to treat patients with obesity and Type 2 diabetes.

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Excited to share our work @NatureComms on biomembranes, lipid rafts, drug delivery, and extracellular vesicles (EVs). We used lipid-protein interactions to control protein trafficking and improve functional delivery of transcription factors > 50X! tinyurl.com/ycprfywe (1/8)

Humbled and beyond excited to begin my independent career as an assistant professor this August as part of the @NDCBE faculty at @NotreDame. Can't wait to move into my lab in McCourtney Hall and get to work on organic mixed conductor fundamentals and applications!