Research Articles
The Molecular Dance: Capturing Catalysis in the Act
Discover how scientists use special chambers and laser light to observe catalytic reactions in real-time, revolutionizing chemical manufacturing.
Unlocking the Secrets of Silica: How Scientists Decode Metal Binding with NMR
Explore how solid-state NMR spectroscopy reveals atomic-level interactions between trivalent cations and functionalized mesoporous silica for applications in drug delivery, environmental cleanup, and catalysis.
Seeing the Unseeable: How Scientists are Mapping Molecular Worlds at Interfaces
Discover how SWAPPS technology is revolutionizing our understanding of molecular interfaces with sub-nanometer precision under realistic environmental conditions.
The Shape of Efficiency: How 2D and 3D Structures Are Revolutionizing Catalyst Design
Discover how 2D and 3D structured catalysts are transforming propane to propylene conversion with unprecedented efficiency and selectivity.
The Tiny Magnetic Marvels Revolutionizing Modern Science
Explore how Fe3O4@SiO2 core-shell nanomaterials are transforming medicine, environmental science, and chemical industry with their unique magnetic properties and versatile applications.
The Materials Discovery Machine: Unveiling Nature's Secrets at BESSY II
How a brilliant Berlin light source is accelerating innovations from green hydrogen to cancer treatments, one atom at a time.
Charting a Course for Computer-Aided Bio-Inspired Design
Exploring how computer-aided bio-inspired design is revolutionizing innovation by systematically harnessing nature's genius through computational tools.
Chemical Kinetics: The Invisible Dance of Molecules That Powers Our World
Explore how surface science and microkinetics are revolutionizing everything from fuel production to environmental protection through chemical kinetics and engineering.
The Heterogeneous Revolution: Immobilized Metathesis Catalysts
Explore how immobilized metathesis catalysts combine homogeneous catalyst performance with heterogeneous catalyst reusability for greener chemical synthesis.
The Molecular Cage: How Zeolite Architecture Tames Methane's Fiery Nature
Discover how zeolite cage effects control methane hydroxylation mechanisms, enabling efficient conversion of methane to methanol through nanoscale confinement.