Doped Ceramic Particles Push Flexible Polymer Fibers to Record Piezoelectric Output
Researchers boosted the beta-phase content of electrospun PVDF fibers from about 66 to 87 percent using strontium-doped barium titanate particles, ...
Researchers boosted the beta-phase content of electrospun PVDF fibers from about 66 to 87 percent using strontium-doped barium titanate particles, ...
A formal author's reply in the Journal of Clinical Sleep Medicine defends a study of actigraphic sleep duration against critiques ...
A new review in Ionics details how flexible polymer electrolyte films combining high ionic conductivity, extreme stretchability, and low-cost manufacturing ...
Researchers have created a bamboo-derived cellulose and molecular crystal composite that delivers high piezoelectric performance for self-powered biosensing and assistive ...
A new Nature Reviews Electrical Engineering review maps the interface engineering strategies that allow room-temperature liquid metals to overcome the ...
Researchers in South Korea have developed a variation-tolerant wireless power transfer system combining a self-tuning parity-time symmetric circuit with a ...
A 16-week wearable-based cohort study will use network science and compositional data analysis to track how daily sleep, sedentary time, ...
Researchers report a rheology-driven acoustic coupling method that enables curvature-adaptive, low-temperature metallization for flexible and conformal electronics.
A systematic scoping review of 110 studies finds that virtual reality stress tasks, especially the VR Trier Social Stress Test ...
A new sliding-adhesion competition model in npj Flexible Electronics makes the behavior of conformal electronics on curved, soft surfaces quantitatively ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine