… the carbon dots further broaden the application of hydrogels for realizing flexible electronics.
… our PQL hydrogel can be used as a self-powered electronic skin to sense external stimuli. …

… electronic skin device containing an alginate-derived polymer dot (A-PD)-incorporated
mineralized hydrogel-based energy storage unit and a chitosan-derived n-type carbon dot (N-CD)…

… The hydrogel with a controlled hydrophobic–hydrophilic inner structure shows a unique
sensitivity and great potential for various applications in wearable electronic skins, real-time …

… The developed electronic skins based on … skin and has a weak response to the injurious
high pressures. Herein, inspired by a bioluminescent jellyfish, we develop an electronic skin …

… Carbon dots (CDs) are a type of fluorescent carbon-based nanomaterial with sizes typically
less than 10 nm. Due to their abundant surface functional groups, properties of CDs can be …

… wireless pressure and strain sensor based on carbon dot (CD) loaded conductive hydrogel
for … -based electronics for electronic skin sensors, prosthetics, and biosensing applications. …

… developing electronic skins. But rather than creating sensors and then making them
compatible with skin, she takes a molecular approach: designing organic polymers and electronic …

… , and quantum dots have been successfully implemented in many sophisticated soft electronic
… new breakthroughs are reported in epidermal electronic systems,32 elongating capacitive …

… The above results prove that our electronic skin sensors have the great potential in … For
international Morse codes, different combinations of dashes or dots represent different alphabets. …

… His research interest lies at the Nano-Bio Interface, particularly plasmonic nanomaterials,
DNA nanotechnology, nanoparticle anticancer theranostics and electronic skins. …