The Transformative Power of Nanomaterialsby Olena Shynkaruk, PhDWhile nanomaterials already play important roles in health and energy, we're still discovering their many applications
NewsNewly Developed Nanomaterial Mimics the Behavior of Proteinsby University of Wisconsin-MadisonNovel material could provide the basis for new neurodegenerative disease treatments
NewsNovel Hydrogel Removes Microplastics from Waterby Indian Institute of ScienceScientists design a sustainable 3D hydrogel with the ability to adsorb and degrade large amounts of microplastics
NewsImproving Sodium-Ion Batteries with Mechanically Robust Nanocellular Grapheneby Tohoku UniversityNew method for crack-free nanocellular graphene helps improve the performance and flexibility of Na-Ion batteries
NewsVirus-Killing Nanospike Surfaces Could Help Control Disease Spreadby RMIT UniversitySilicon surface covered with nanostructures that skewer and neutralize viruses paves the way for safer environments
NewsMIT Scientists Use a New Type of Nanoparticle to Make Vaccines More Powerfulby Massachusetts Institute of TechnologyMetal-organic particles can deliver vaccines and act as an adjuvant to generate a strong immune response at a lower dose
NewsHarmful ‘Forever Chemicals’ Removed from Water with New Electrocatalysis Methodby University of RochesterA novel approach using laser-made nanomaterials could lay the foundation for globally scalable remediation techniques
NewsSpontaneous Curvature the Key to Shape-Shifting Nanomaterialsby ARC Centre of Excellence in Exciton ScienceResearch inspired by nature could unlock new optical and electronic devices
NewsFirst Human Trial Shows ‘Wonder’ Material Can Be Developed Safelyby University of EdinburghResearch suggests revolutionary graphene-based nanomaterial with huge potential does not pose acute risk to human health
NewsNanofiber Bandages Fight Infection, Speed Healingby Cornell UniversityIncorporation of plant-based compound into cotton bandages results in excellent antibacterial performance
NewsUnveiling Oxidation-Induced Superelasticity in Metallic Glass Nanotubesby City University of Hong KongDiscovery of unique properties of low-dimension metallic glass could have applications in sensors, medical devices