Researchers report flexible, conductive and waterproof fibers for wearable, underwater electronics.
Researchers report flexible, conductive and waterproof fibers for wearable, underwater electronics.
Skin-friendly epidermal electronic devices fabricated using flexible, stretchable, and degradable protein-based substrates could offer a viable solution to real-time health and fitness monitoring.
Curious, diligent, and always positive, meet Prof. Zhenan Bao and her electronic skin.
Body area networks based on near-field communication technology allow for inconspicuous medical sensing.
Electrically conductive hydrogels are a promising platform for flexible supercapacitors and batteries.
A new device-level configurational design has resulted in highly stretchable and self-healing supercapacitors.
Printable and ultrastretchable conductors are fabricated by transferring printed silver ink onto hybrid hydrogel–elastomer substrates.
Scientists develop a reversible adhesive skin patch with high air permeability and water drainage.
Low-cost, wearable sensor that use the metabolic response of yeast to measure ionizing radiation doses are developed.
A wearable piezoelectret sensor has been developed for pressure-based human pulse measurement.