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We have devekioed novel wearable sensor that monitors sweat electrolytes without requiring direct skin contact. The key innovation lies in a bioinspired micro-textured ion-selective membrane (ISM) built on carbon nanotube paper, which mimics the microstructure of rose petals to improve sweat adhesion, wettability, and self-cleaning performance. Traditional on‐skin sensors often struggle with motion artefacts, weak…

This study presents a multifunctional piezoelectric sensor with a self-adhesive multilayer nanofilm made via electrospinning for long-term biomechanical monitoring. It features an ABS/PVA self-adhesive substrate, a NiO/BaTiO₃-doped P(VDF-TrFE) layer, and PVD-deposited Au electrodes. NiO/BaTiO₃ enhances β-phase crystallinity, boosting the piezoelectric coefficient (d33) 13-fold. The sensor shows strong skin adhesion, mechanical durability, and stable, sensitive responses…

We are looking for passionate Master’s and PhD candidates to join our cutting-edge research team in the field of bio-integrative sciences. Our laboratory focuses on designing innovative solutions at the intersection of biology, engineering, and materials science, with applications in healthcare, wearable technologies, and diagnostics. What We Offer What We Are Looking For Key Responsibilities…