Exploring how Abrikosov vortex nucleation disrupts superconducting spin pumping in quantum materials and its implications for future technologies.
Exploring the complex relationship between scientific evidence and policy-making, including communication barriers, political realities, and strategies for improvement.
Discover how β-Cyclodextrin enhances silver nanoparticles' antibacterial properties while reducing toxicity, creating a revolutionary weapon against superbugs.
Discover how single-atom-thick monolayers are revolutionizing technology, medicine, and energy through cutting-edge scientific research and applications.
Explore how fluoride-loaded carbon nanotubes are revolutionizing dental care with sustained fluoride release technology for long-lasting protection against tooth decay.
Explore how numerical modeling reveals the physics behind light interaction with porous materials, enabling next-gen technologies from smart screens to super-white coatings.
Discover how scientists are using starch and nanotechnology to create biodegradable materials stronger than plastic that could heal our planet.
Exploring how magnesium oxide nanoparticles enhance cowpea tissue culture and their potential for sustainable agriculture.
How a 250-word summary decides the fate of groundbreaking research. Learn about the IMRaD structure and the science behind effective scientific abstracts.
A comprehensive bibliometric analysis of carbon nanostructure research trends, country rankings, and scientific impact from 2000 to 2015.