Explore how biomimetics, artificial muscles, and nano-bio interactions from 2007 research are transforming technology through nature-inspired designs.
Explore the revolutionary world of nanodevices - microscopic machines transforming medicine, computing, and environmental technology through atomic-scale engineering.
Explore how EHPM and BPES mathematical methods solve nonlinear equations in ytterbium adsorption processes using zinc oxide nanostructures for environmental applications.
Explore how Chemical Force Microscopy (CFM) enables scientists to map chemical landscapes, measure molecular interactions, and study biological systems at the nanoscale.
Explore the fascinating world of single-molecule mixtures in polymer science, where molecular diversity becomes a design principle for advanced materials.
Breakthrough synthesis of a pure antimony-based inorganic nanotorus Sb688– using innovative wet-chemistry methodologies
Explore the revolutionary advances in polymer science through comb-like polymers and their applications in medicine and materials science.
Explore the revolutionary properties, recent breakthroughs, and practical applications of graphene - the wonder material transforming technology.
Explore how scientists are using DNA as programmable building material to create nanoscale machines and structures that could revolutionize medicine and technology.
Explore the fascinating world of molecular motors - nanoscale engines that convert energy into mechanical movement and are revolutionizing materials science.