Researchers have developed wet-spun semiconducting polymer fibers that maintain electrical performance at 250 percent strain while boosting carrier mobility and ...
Researchers have developed TEMPO-taVNS, an integrated hardware and machine-learning platform that systematically optimizes personalized thermal, mechanical, and electrical stimulation of ...
Researchers have demonstrated a modular microfabrication method combining solvent-swollen polymer microstructures with solution-processed MXene coatings to detect individual cancer cells ...
A review details design principles and recognition interfaces for autonomous electrochemical self-powered biosensors that generate diagnostic signals from harvested biochemical, ...
A new perspective argues that artificial synapses delivering neurotransmitters could overcome the limits of drugs and electrical stimulation, though surgical ...
A review examines conductive-network engineering, multidimensional performance optimization, manufacturing and applications of conductive hydrogels while identifying conductivity-strength, stability, scaling and ...
A wirelessly powered implantable device that electrocatalytically converts blood glucose into excretable gluconate restored normal glucose levels within an hour ...
A comprehensive review maps advances in textile organic electrochemical transistors for wearable biosensing and bioelectronics while emphasizing unresolved durability, washing, ...
A new review argues that biodegradable nanogenerators that harvest the body's own mechanical energy could match autologous nerve grafting for ...
Engineers report that CMOS chips coated in plasma-treated medical silicone survived up to 4.3 years of accelerated aging in hot ...
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