Research Articles
The Secret Life of Gold: From Cosmic Explosions to Lab Creation
Explore the fascinating journey of gold from cosmic origins to modern applications, including its formation in neutron star collisions and revolutionary uses in nanotechnology.
The Invisible Engine: How Entropy-Driven DNA Networks Are Revolutionizing Science
Explore how entropy-driven DNA networks are transforming medicine, computing, and materials science by harnessing molecular chaos for innovation.
A Spectrum in a Sphere: The Colorful Science of Monodisperse Microspheres
Explore the fascinating world of colored monodisperse microspheres - microscopic spheres revolutionizing technology and medicine through precise engineering and vibrant colors.
The Atomic Parking Garage: Taming Single Metals on Graphite's Two Faces
Discover how scientists are stabilizing single metal atoms and subnanometer clusters on graphite surfaces to create revolutionary catalysts for clean energy technologies.
Seeing the Invisible: How 4D Visualization is Revolutionizing Our View of the Atomic World
Explore how Ahmed Zewail's groundbreaking 4D electron microscopy technique is transforming our understanding of atomic-scale processes in materials science and biology.
Nature's Nano-Armor: Harnessing the Power of Bacterial Chainmail
Exploring the genetic characterization, heterologous expression and applications of S-layer proteins from bacterial isolates
Tiny Metal Dots on a Salt Carpet: The Nano-World of Light and Shape
Explore the fascinating world of metal nanoparticles on MgO films and their extraordinary optical properties in this accessible popular science article.
The Atomic Tango: Building Materials One Perfect Layer at a Time
Explore how Surface Limiting Redox Replacement (SLRR) enables atomic-level precision in metal deposition for advanced materials science applications.
Tiny Spheres, Mighty Impact: The Perfect World of Spherical Particle Technology
Discover how spherical particle technology is revolutionizing medicine, electronics, and materials science through precise engineering of microscopic spheres.
Still Plenty of Room at the Bottom: Surface Aligned Reaction Suggests New Paths to Nanofabrication
Exploring the revolutionary approach of surface-aligned reactions in nanofabrication and their potential to transform technology at the atomic scale.