Research Articles
The Invisible Dance of a Growing Polymer: Catching a Single Molecule in the Act
How active-feedback 3D tracking microscopy is revealing the secret growth kinetics of single polymer particles in solution.
Beyond the Pill: The Dot-Matrix Revolution in Patch Medicine
How dot-matrix printing technology is fine-tuning the delivery of life-changing Parkinson's drugs through transdermal patches.
The Molecular Chef: Cracking Plastic's Secret Code with Fire
Discover how analytical pyrolysis helps scientists identify synthetic polymers through controlled heating and advanced analysis techniques.
Shining Light on Sulfur: The Molecular Scissors Crafting Unique Disulfide Bonds
Discover how decatungstate photocatalysis revolutionizes disulfide bond formation through direct C-H functionalization for unsymmetrical disulfides.
The Stringy Mystery of Molten Plastic: Unraveling Elongational Viscosity
Explore how scientists measure elongational viscosity in polymer solutions and why this property determines how materials behave when stretched.
Seeing the Invisible: How Solid-State Circular Dichroism Reveals the Secret Handedness of Molecules
Discover how solid-state circular dichroism spectroscopy reveals molecular handedness in pharmaceuticals, materials science, and astrochemistry.
The New Materials Revolution: How Polymer Composites Are Transforming Our World
Explore the fascinating world of polymeric composite materials, their properties, applications, and future potential in transforming technology and sustainability.
Sonic Revolution: How Ultrasound Technology is Transforming Rubber Manufacturing
Discover how ultrasonic measurement revolutionizes natural rubber vulcanization monitoring with real-time, non-destructive testing methods.
Seeing the Invisible: How Polarized Light Microscopy Reveals Hidden Worlds
Explore how polarized light microscopy reveals hidden structures in materials and biological tissues through light's orientation properties and recent advances like MorE-PoL technique.
The Invisible Handshake: How Polymers and Biological Systems Are Revolutionizing Medicine
Exploring how polymers at the biological interface are transforming medicine through biocompatibility, sequence-defined polymers, and topological effects.