Moreover, the iSAFE bridges the gap between dynamic tissue properties and electronics, orchestrates bioactive interface, biosensors, and bioelectronics, and solves the seemingly contradictory demands of permeability and waterproofness.
I'm so thrilled to share our newest work 'A skin-interfaced three-dimensional closed-loop sensing and therapeutic electronic wound bandage' published on @NatureComms.
https://t.co/CoqX9R0IEj
In this work, we report a battery-free, skin-adhesive, permeable and multifunctional electronics, focusing on integral perspectives of the bioactive electronic-wound interface, sensing, localized adaptive drug delivery, and the dynamic integration of electronics and biomaterials.
Glad to share our recent online paper "Miniaturized, portable gustation interfaces for VR/AR/MR" on @PNAS, that report the concept of "taste VR" via materials and devices, that can expand VR into one more demission.
https://t.co/5gncqyZzbE
So glad to have this opportunity to collaborate with Dr. Shichao Ding @PrinceDing93 launch this special issue. Pls let us know without hesitation if you have interets in this issue๐ซก
I am excited to share a work "ultra stretchable wearable perovskite display" published in @NaturePhotonics collaborated with our colleague Prof. Feng Wang, that can be used in human machine interface.
https://t.co/Ni4TL3S81R
Our new paper published in
@NatureComms
, reporting a latency-free olfactory interface, that can be used for providing odor information in VR and AR. Link: https://t.co/B0tE11Ytov
Our new work on permeable electronics by 3D liquid diode for sweat transportation, yet integrating with the state-of-art wearable electronics to realize super permeability and high quality sensing signal, published in Nature @nature.
Link: https://t.co/dUS58LFP26
CityUHK is delighted to announce its recognition as the Most International University in the World, according to the recently published Times Higher Education (THE) World University Rankings 2024. https://t.co/4EUIs2b5Jx
Researchers have created a fully wireless, battery-free electronic swimming robot that can detect and quantify chloride, ammonium, and #SARSCoV2 virus particles in confined spaces. https://t.co/fIiIOiJQtp