Research Articles
Crafting Tomorrow's Polymers: The Reticular Framework Revolution
Explore how reticular chemistry is revolutionizing polymer science through precise molecular engineering of MOFs, COFs and HOFs for advanced materials.
Capturing Snapshots of Post-Synthetic Metallation: How Scientists Are Customizing Molecular Sponges
Explore how scientists are using post-synthetic metallation to customize metal-organic frameworks (MOFs) for advanced applications in catalysis, gas storage, and drug delivery.
The Molecular Parking Garage: How Scientists Are Designing Perfect Pores for Green Cooling
Discover how scientists are engineering nanopores at the atomic level for sustainable adsorption cooling technology using fluorocarbon refrigerants.
Building with Atoms: How Reticular Chemistry is Revolutionizing Laboratory Research
Explore how reticular chemistry is transforming materials science through molecular architecture, featuring MOFs, COFs, and groundbreaking applications.
The Hidden Handedness of Matter: How Isocamphoric Acid Is Revolutionizing Molecular Materials
Explore how isocamphoric acid is enabling breakthroughs in homochiral porous materials for enantioselective separation, asymmetric catalysis, and advanced sensing technologies.
Molecular LEGO: How "Click" Chemistry is Revolutionizing Metal-Organic Frameworks
Explore how click chemistry is transforming MOF design, enabling scientists to build smarter, tougher, and more functional materials for our future.
The Magnetic Marvels Revolutionizing Biomass Breakdown
Discover how Magnetic Multienzyme@Metal-Organic Materials are revolutionizing biomass breakdown for sustainable solutions.