Research Articles
The Graphene Revolution: How a Wonder Material is Transforming Dental Implants
Discover how graphene, the Nobel Prize-winning wonder material, is revolutionizing dental implants with its antibacterial properties and bone-growth enhancement capabilities.
The Atomic Playground: Unlocking HOPG's Surface Secrets
Exploring the remarkable surface characteristics of Highly Oriented Pyrolytic Graphite (HOPG) and its applications in nanotechnology and surface science.
The Self-Assembly Revolution: How Inorganic Nanoparticles Are Building Our Future from the Ground Up
Exploring how inorganic nanoparticles self-assemble to create advanced materials for medicine, electronics, and green technologies.
The Magnetic Boost: How Nanomagnetite Supercharges Tobacco Plant Growth
Discover how nanomagnetite nanoparticles enhance tobacco plant growth in both in vivo and in vitro conditions, with potential applications for sustainable agriculture.
The Clear Revolution: How Sandwich Electrodes are Powering Our Future
Exploring the breakthrough technology of multilayered transparent electrodes and their potential to revolutionize energy, displays, and computing.
The Invisible Revolution: How Tiny Materials Are Transforming Medicine—and the Challenges We Face
Exploring how nanomaterials are revolutionizing medicine through targeted therapies, their synthesis methods, safety challenges, and future potential.
The Invisible Architects: How China is Rewriting the Rules of Catalysis at the Atomic Scale
Explore how China's NSFC-funded research is revolutionizing catalysis and surface chemistry through atomic-scale manipulation for clean energy and environmental solutions.
The Invisible Frontier: How 20 Years of ECASIA Conferences Revolutionized Our Surface World
Exploring the impact of 20 years of ECASIA conferences on surface science and interface analysis technologies
The Invisible Makeover: How Surface Functionalization is Revolutionizing Nanomaterials
Exploring how nanomaterial surface functionalization is transforming medicine, energy, and environmental science through precise chemical modifications.
Tiny Towers of Power: The Nano-Forests Lighting Up Our Future
Exploring vertically aligned Zn₂SiO₄ nanotube/ZnO nanowire heterojunction arrays and their potential for optoelectronic applications.