• A self-adhesive zwitterionic dual-network hydrogel e-skin is developed • Mixed ionic-electronic network enables stable strain and sEMG sensing on skin • DN-hydrogel serves as a
A team of Chinese scientists has created the world''s first bio-inspired electronic skin with a 3D structure that mimics three mechanical signals found in
Our system includes electrical and optical modalities for hemodynamic and cardiovascular monitoring, and a force-electrically driven micropump for drug delivery.
TENGs convert ambient mechanical energy, such as mechanical vibrations, wave motion, raindrops, or body movements, into electrical energy through contact electrification and
Although e-skin has many different uses, the three main ones are robotics, prosthetics, and wearable or skin-connective gadgets (Sanderson, 2021). A possible option for wearable
The nanofiber mesh structure withstands mechanical deformation, including compression, stretching, and bending, while its porous nature enhances breathability and hygiene.
We present a 392 nm-thick organohydrogel nanofilm electrode that mimics skin deformation, offers high gas/water vapor/sweat permeability and heat transfer, and remains
Herein, the synergistic network of crosslinked SWCNTs within and between multilayered graphene layers was directly drip coated onto the PU thin film with self-adhesion to fabricate versatile e-skin.
A team of Chinese scientists has created the world''s first bio-inspired electronic skin with a 3D structure that mimics three mechanical signals found in human skin. With its intricate 3D
Human skin sensing of mechanical stimuli originates from transduction of mechanoreceptors that converts external forces into electrical
With the improvement in living standards and the aging of the population, the development of thin, light, and unobtrusive electronic skin
Mounted directly onto turbine blades, Huaweike''s e-skin now detects dangerous ice buildup, said He Lifu, an engineer at the Wuhan science and innovation park of China Three Gorges
Contribute to annontopicmodel/unsupervised_topic_modeling development by creating an account on GitHub.
In recent years, the electronic skin has realized human-like haptic functions and formed stable neurofeedback by mimicking the human body to varying degrees, making it an ideal
On-skin epidermal electronics, distinguished by their excellent conformability, breathability, and mechanoelectrical robustness, offer a promising solution for high-fidelity, long-term
The primary focus is on the current applications of self-powered electronic skins based on triboelectric nanogenerators in medical care, motion tracking, and machine tactile recognition. This review
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An electronic skin that connects rigid inorganic electronic components with a multilayered stretchy liquid metal fibre mat using a hybrid liquid metal
Microneedle technologies for drug delivery and biosensing have progressed through the integration of material sciences, nanotechnologies and electronic devices. This Review discusses the
Here, we present a simple and scalable fabrication approach using spraying, electrostatic spinning, and vacuum filtration to develop a multifunctional system comprising a water-resistant
Abstract Skin is the largest organ in the body, and directly contact with the external environment. Articles on the role of micro-current and skin have emerged in recent years. The
The latest progress in electronic skin (e-skin) research highlights breakthroughs in material design, manufacturing strategies, and artificial
Current scientific challenges in this field are critically discussed, ofering in-depth insights into the development of next-generation on-skin epidermal electronics aimed at transforming personalized
Multifunctional integrated flexible electronic skin (e-skin) is the essential medium for information exchange between humans and machines. Especially, the proximity/pressure/strain
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