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Researchers develop an intelligent iontronic wood device that seamlessly integrates tactile sensing into woodwork, enabling novel human-wood interactions.
CNM-Au8 gold nanocatalysts exhibit a unique protein corona composition that enables them to cross the blood-brain barrier, paving the way for new treatments for neurodegenerative diseases.
Researchers demonstrate highly deformable micro-supercapacitors using laser-patterned liquid metal electrodes, addressing key challenges in flexible energy storage.
Exploring gate metal work function impact on nanoscale transistor performance for advanced electronics innovation and efficiency.
Novel computational model captures the interplay of light, heat, diffusion and reaction kinetics to predict material properties in photopolymerization with unprecedented accuracy.
Engineering the biomolecular corona could unlock the clinical potential of lipid nanoparticles for targeted, personalized nanomedicines beyond mRNA vaccines.
Researchers develop a groundbreaking silk peptide nanoparticle system for co-delivering erlotinib and curcumin, marking a significant advancement in targeted cancer therapy with the potential to overcome current treatment limitations.
Novel wet spinning method produces densely packed, highly conductive carbon nanotube yarns in minutes, opening doors for large-scale production and applications.