Research Articles
The Marvel of Graphene: How a One-Atom-Thick Material is Shaping Our Future
Explore the extraordinary properties of graphene, the one-atom-thick wonder material transforming electronics, medicine, and energy solutions.
The Graphene Revolution: How a One-Atom-Thick Material is Reshaping Our World
Discover how graphene, a revolutionary one-atom-thick material, is transforming electronics, energy, medicine, and environmental technology through its extraordinary properties.
The Invisible Glow: How Scientists are Forging Super-Materials Atom by Atom
Explore how scientists use first-principles investigation to study CdSe nanowires and their quantum properties for future technologies.
The Hidden World of Crystal Polymorphism: How Tiny Changes Create Different Materials
Explore how molecular crystal arrangements create different materials with identical chemical formulas, and discover new computational methods predicting polymorph behavior.
The Invisible Dance: How Hydrogen Shapes Our World at the Atomic Scale
Exploring the nuclear dynamics and electronic effects of hydrogen on solid surfaces, from hydrogen embrittlement to clean energy applications.
The Marvel of Graphene: How a Single Layer of Carbon Atoms is Revolutionizing Our World
Explore the fascinating world of graphene - from synthesis methods to revolutionary applications in energy, electronics, and environmental technology.
The Invisible World That Shapes Our Lives: Advances in Surface and Interface Science
Explore the fascinating world of surface and interface science, where atomic-scale phenomena shape our technology, environment, and daily lives.
The Secret Life of Alloys: When Surfaces Have a Mind of Their Own
Explore how atomic arrangement in binary metal alloys creates different surface and bulk properties, revolutionizing catalysts and electronics.
The Hidden Architecture of Graphene: How Atomic Arrangement Unlocks a Miracle Material
Explore how graphene's atomic arrangement creates the world's strongest, most conductive material and enables revolutionary technologies.
Digital Alchemy: Forging Tomorrow's Materials Inside a Supercomputer
How virtual experiments are unlocking the secrets of stronger, lighter, and smarter substances through supercomputing modelling of advanced materials.