A wireless body area sensor network based on stretchable passive tags go.nature.com/2PbagbE

My work recent published at Nature Electronics

My work recently published at Nature Electronics that provides a new solution to integrate soft sensors with rigid silicon read out circuits using revised RFID. For more about this work, please read the news report from Stanford University. news.stanford.edu/2019/08/16/wir…

My first postdoc work at Stanford.

My work reported by Forbes.

The 2nd collaboration with @naoji_keio on the stretchable RFID topic at BAO group Zhenan Bao . In this work, through material and device optimization, we boost the intrinsically stretchable semiconductor device operating frequency by 5 orders. nature.com/articles/s4158…

A paper in Nature describes the development of intrinsically stretchable polymer diodes that can operate at wireless communication frequencies, for use in skin-like wearable electronics nature.com/articles/s4158…

Our work, "High-frequency and intrinsically stretchable polymer diodes", is now introduced on youtube. I appreciate the team who made this very nice video! youtu.be/Km1-LbqoHGI

A team of researchers have developed a new polymer diode that is stretchable and operates at high enough frequency to unlock wireless operation and power. Read the nature paper: go.nature.com/3J8Vryf

Extremely happy for you, well deserved Naoji Matsuhisa ＠RCAST, UTokyo / 松久 直司 @東大先端研 ~

A new collaborative work between Yuanwen Jiang , Artem A. Trotsyuk and me. Thanks for the mentorship Zhenan Bao and Geoffrey Gurtner, MD, FACS

News releases for this work from eurekalert.org.

It is such an honor to join 140+ scientists and contribute to this terrific technology roadmap. Thanks for the invitation from Xiaodong Chen

Delicious BBQ with my best Japanese friend Dr. Naoji Matsuhisa Naoji Matsuhisa ＠RCAST, UTokyo / 松久 直司 @東大先端研 at Tokyo!

Glad that our technology published in 2022 was highlighted by the Wall Street Journal. Yuanwen and I are currently developing the 2nd generation of this technology and we hope that this technology can benefit patients with chronic wounds.

My team at RutgersBME is thrilled to contribute the development of this Active Biointegrated Living Electronics technology with Prof. Bozhi Tian's team at the University of Chicago. I believe this groundbreaking platform heralds a new era for next-generation bioelectronics.

Our team is grateful to be featured by Rutgers Today Rutgers University RutgersBME, highlighting our recent living bioelectronics research published in Science Magazine. Hope to bring this technology to clinical settings soon! rutgers.edu/news/heal-skin…