Research Articles
Post Expo: A Science and Technology Park to Feed the Planet
Explore how the legacy of Expo 2025 Osaka is transforming into a science park dedicated to global food security through sustainable agricultural technologies.
Enzymatic Polymerization: Nature's Blueprint for Greener Plastics
Discover how enzymes are revolutionizing polymer science to create sustainable, biodegradable plastics from renewable materials.
The Invisible Dance: How Single Atoms are Revolutionizing Chemistry
Discover how single-atom catalysts are transforming chemical reactions through revolutionary observation technologies and unprecedented atomic-level control.
The Tiny Green Giants: How Soluble Nickel Nanoparticles Are Revolutionizing Hydrogenation
Discover how soluble nickel nanoparticles are transforming catalytic hydrogenation, replacing precious metals with sustainable alternatives for greener chemical synthesis.
Molecular Surgery: Inserting Single Nitrogen Atoms to Reshape Carbon Rings
Explore the cutting-edge technique of transition metal-catalyzed nitrogen atom insertion into carbocycles, a transformative approach in synthetic chemistry.
The Invisible Artisan: How Synthetic Chemistry Crafts Modern Medicine
Explore how synthetic chemistry serves as the foundation of pharmaceutical innovation, from drug discovery to manufacturing, and discover the latest trends shaping modern medicine.
The Moisture Detectives: How Manganese Oxide Is Revolutionizing Humidity Sensing
Discover how manganese oxide-based humidity sensors created through sol-gel synthesis are transforming industrial processes with unprecedented moisture detection capabilities.
The Invisible Cleanup Crew: How Scientists Model Nature's Pollution Solutions
Explore how scientists use mathematical modeling and microbial kinetics to enhance bioremediation - nature's solution to pollution cleanup.
The Green Alchemists: Turning CO2 into Fuel with N-Doped Carbon
Explore how N-doped nanoporous carbon scaffolds are revolutionizing CO2 reduction, transforming greenhouse gas into valuable fuels and chemicals through advanced catalysis.
Breaking Symmetry: The Revolutionary Synthesis of Planar Chiral Ferrocenes
Discover how transition-metal-catalyzed direct C–H bond functionalization is revolutionizing the synthesis of planar chiral ferrocenes for pharmaceuticals, materials science, and asymmetric catalysis.