Research Articles
Engineering Next-Generation Hybrid Nanomaterials: From Advanced Sensors to Sustainable Catalytic Processes
Explore the revolutionary world of hybrid nanomaterials, their applications in advanced sensors, sustainable catalysis, and regenerative medicine.
Unlocking Molecular Giants: The Quest for Extra-Large Pore Zeolites
Discover how scientists are redesigning molecular gateways with stable extra-large pore zeolites to revolutionize chemical processing.
Tailor-Made Pyrazolide-Based Metal-Organic Frameworks for Selective Catalysis
Explore how pyrazolide-based Metal-Organic Frameworks are revolutionizing selective catalysis through precise molecular design and exceptional stability.
Unlocking the Hidden Powers of Clay: The Science of Supercharged Bentonite
Explore how scientists are transforming ordinary bentonite clay into advanced materials through modification techniques for environmental and industrial applications.
The Architectural of Photosynthesis: Wolfgang Lubitz's Journey
Explore the scientific journey of Wolfgang Lubitz, his groundbreaking research on photosynthesis, and his vision for sustainable energy solutions.
Bone Deep: How a Mineral in Your Body Could Solve Air Pollution
Discover how hydroxyapatite, a mineral found in bones, is emerging as a sustainable, noble-metal-free catalyst for decomposing harmful volatile organic compounds (VOCs) in air pollution.
Molecular Matchmaking: How Olefins Became Chemistry's New Power Players
Explore the revolutionary approach of metal-catalyzed reductive coupling of olefin-derived nucleophiles in carbonyl addition reactions.
The Molecular Dance: How Ruthenium Revolutionizes Radical Chemistry
Discover how ruthenium catalysts enable pseudoreversible oxygen-to-sulfur migrations, transforming radical chemistry for pharmaceutical applications.