Explore how chemicals and allied products form the foundation of modern society, from green chemistry to advanced materials like MOFs and digital transformation in manufacturing.
Explore how scientists are mastering supramolecular organization using synthetic analogues of biomineralization to create advanced materials inspired by nature.
Explore how synthetic organic chemists control molecular behavior through coordination chemistry, substituent effects, and element substitution to create new materials.
Explore how tetraphenylmethane molecules serve as versatile building blocks for advanced materials with applications in environmental cleanup, energy storage, and electronics.
Explore the chemical secrets behind nonlinear optical materials that transform light, create new colors, and enable revolutionary technologies from medicine to quantum computing.
Explore the fascinating world of alkaline earth metal phosphonates - versatile hybrid materials with applications from water treatment to energy production and medicine.
Scientists capture live molecular view of Metal-Organic Framework formation using X-rays, revealing metal-dependent assembly pathways.
Explore the revolutionary world of Metal-Organic Frameworks (MOFs) - versatile porous materials with applications in carbon capture, water harvesting, and energy storage.
Explore the fascinating world of sol-gel chemistry and how it's revolutionizing materials science through aqueous and nonaqueous approaches.
Explore the fascinating chemistry of polyphosphazenes and how cross-linking reactions transform these versatile polymers into advanced materials for technology and medicine.