Research Articles
Tiny Architects: Building a Quantum World Atom by Atom
Explore how scientists manipulate the nanoscale to unlock quantum technology, from Majorana fermions to quantum computing breakthroughs.
Beyond Graphene: Weaving the Molecular Fabric of the Future
Explore how scientists synthesize and characterize 2D organic materials, the next revolution in materials science beyond graphene.
The Incredible World of Filled Carbon Nanotubes: Metal-Filled Marvels at the Nanoscale
Explore the fascinating world of filled carbon nanotubes - how scientists fill these microscopic structures with metals to create revolutionary materials for medicine, environmental cleanup, and more.
The Invisible Frontier: Why We Need to See the Surface of Things
Exploring the critical importance of surface science techniques and how new methods like HS-LEIS are revolutionizing our understanding of materials at the atomic level.
Opposites Attract: The Fascinating World of Nanomagnetism in Theory and Practice
Explore the fascinating world of nanomagnetism where materials display unique magnetic behaviors at the nanoscale, enabling revolutionary applications in medicine, computing, and materials science.
The Invisible Workhorses of Life: How Temperature and Charge Rule the Molecular World
Explore how electric charge and temperature control molecular machines - the nanoscale engines powering life and future technologies.
The Rise of 2D Micelles: How Scientists Are Taming Wonder Material Graphene
Discover how two-dimensional micelles are solving graphene's clumping problem and unlocking revolutionary applications in energy storage, electronics, and materials science.
Graphdiyne: The Next Wonder Material of the 21st Century
Discover graphdiyne, the revolutionary 2D carbon material with extraordinary properties for energy storage, biomedical applications, and advanced technology.
Seeing the Unseeable: How Molecular Beams Decode Ultrathin Metallic Films
Explore how molecular beam scattering reveals the atomic-scale behavior of ultrathin metallic films and enables revolutionary technologies.
Borophene: The Miracle Material That Shouldn't Exist
Explore borophene, the revolutionary two-dimensional material challenging materials science with applications in electronics, energy storage, and quantum computing.