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#AvailableForLicense: #Orthotic can improve recovery for 2 million foot-ankle injuries/yr, support many athletes (tennis, football, basketball) in injury prevention & help diabetics minimize footwear-induced pressure wounds. #Sportsinjury Georgia Tech ME ow.ly/ErQY50OWeHU

Latest modeling/simulation paper from Ricky Pimentel, PhD asks a provocative question: Could walking with a diminished ankle push-off be a strategy used by older adults to mitigate the metabolic penalty we pay for lesser Achilles tendon stiffness? (1/3) journals.plos.org/plosone/articl…

I just got a note about a citation update and saw this number 9999. #googlescholar #citation So thankful for all of my students, postdocs, and collaborators😍 I hope people find my papers more beneficial for their research 🤩

A dilute water–polymer mixture exhibits a percolation-induced gel–gel phase separation, resulting in a two gel co-continuous substrate, which is used for adipose tissue development. UTokyo | 東京大学 go.nature.com/45ZClop

Researchers have developed fiber-like pumps that allow high-pressure fluidic circuits to be woven into textiles without an external pump. Credit: EPFL #VR #engineering #design

A new kind of polymer membrane could reshape how refineries process crude oil, dramatically reducing the energy and water required while extracting even more useful materials. The tech could be used for biofuels, plastics, pulp, and paper products. research.gatech.edu/new-polymer-me…

Proud advisor moment 🤩😍 My postdocs, Drs. Hyeonseok Kim and Jimin Lee, who shared our bioelectronics research and received the Best Research Talk Awards from the Fall 2023 Postdoc Symposium at GT 🎊🙌 Lucky to have them in my group 🙏🙏

Short video demonstrating how Auxivo connect human user and exoskeleton. The EduExo Pro is an advanced version of Auxivo EduExo educational exoskeleton kit that includes additional content and more powerful exoskeleton hardware. Video source: EduExo #exoskeletons #tech

Are you interested in printed strain sensors for gesture identification and motion recognition? If so, please feel free to check out our recent review out in early access! Yeo Research Group @GT_HCIE GT_BioE Georgia Tech ME ieeexplore.ieee.org/document/10308…

A newly published paper from a Ph.D. student, Nathan Zavanelli in my group, reviews materials, fabrication methods, and machine learning algorithms for developing printed strain sensors. @ForMaterials @IEN_GATech Georgia Tech ME Institute for Bioengineering and Bioscience @ GT @GT_HCIE

Happy to share that Josh Lee successfully finished his PhD defense and became the 6th PhD graduate out of my group 🙌 😍 He is a great student and friendly person who really loves his research. Josh, I feel blessed to have you in my group, and pray for your future endeavors 🙏 🙏

A stretchable, kirigami-inspired bioelectrode is used here as an on-skin pad to collect signals directly from the brain. It is based on highly conductive laser-induced graphene 💥 crafted from liquid crystal polymer films. 👉 ow.ly/U9y250Q7lbB

👇 Happy to share this Cover Article, published in Advanced Healthcare Materials: onlinelibrary.wiley.com/doi/10.1002/ad…. Based on collaboration with Dr. Young Min Song at GIST, we developed a soft, field-deployable, wearable bioelectronic system for detecting outdoor workers' stress levels.

A soft strain sensor is attached to the back of this soft robotic finger. The sensor is self-healable 🩹 and accurately captures the motion of the actuator BruBotics VUB SMARTitn Empa. Learn more: ow.ly/jtjT50Q8enz

Three Woodruff School postdoctoral fellows were named winners at the Fall 2023 Georgia Tech Postdoctoral Research Symposium; Hyeonseok Kim, Jimin Lee, and Keya Ghonasgi. Full Story: Bit.ly/FallPostdocSym…

Exciting news! Our research group has secured $700,000 in funding from @RENOLITGroup to develop a multi-sensing platform for continuously monitoring cell culture parameters. We're grateful for the support of Cell Manufacturing Technologies, Georgia Tech ME, @IEN_GATech, and Institute for Bioengineering and Bioscience @ GT.

Exciting news! My new book, "Smart and Connected Wearable Electronics: Nanomanufacturing, Soft Packaging, and Healthcare Devices," is now available at shop.elsevier.com/books/smart-an…

Researchers have designed a wearable, ring-like biosensor for monitoring fertility hormones in human sweat go.nature.com/3uH3csz

The Wearable Intelligent Systems and Healthcare (WISH) center at IEN pioneers human-centered bioelectronics research, aiming to enhance healthcare through innovative sensors and AI technologies. research.gatech.edu/new-ien-center…