Research Articles
Catching a Killer in Action: The Tiny Observatory Watching Blood Clots Form
Discover how scientists use microsystems and high-definition video microscopy to observe blood clot formation in real-time, revolutionizing cardiovascular research.
Seeing Atoms: How Microscopy Unveils TiO2's Photocatalytic Secrets
Discover how scanning probe microscopy reveals atomic-scale processes in titanium dioxide photocatalysis, transforming our understanding of this crucial material.
Seeing the Unseeable: How Atomic Microscopy is Unlocking Ceria's Secrets
Explore how aberration-corrected Environmental Transmission Electron Microscopy is revolutionizing our understanding of ceria catalysts at atomic scale.
Catching the Invisible Dance: How Scientists Film a Single Polymer's Growth
Discover how active-feedback 3D tracking allows scientists to observe the growth of single polymer particles in solution with unprecedented precision.
Seeing the Unseeable: How Electron Beams and Self-Ions Reveal the Atomic World
Explore how Low-Energy Electron Microscopy combined with energetic self-ions enables real-time observation of atomic-scale surface transformations.
The Invisible Touch: How Atomic Forces Reveal Hidden Landscapes
Explore how non-contact atomic force microscopy reveals atomic-scale landscapes through tip-surface interactions and force measurements.