Explore how neutron scattering spectroscopy provides unprecedented insights into catalytic reactions, enabling breakthroughs in sustainable chemistry and clean energy.
Explore the revolutionary world of cavitands and molecular cage-based porous organic polymers - advanced materials transforming environmental remediation, gas separation, and chemical synthesis.
Explore how electrosorption technology uses electric currents and functional interfaces to purify water and recover valuable resources from contaminants.
Explore how functionalization transforms SBA-15 mesoporous molecular sieve into advanced materials for environmental cleanup, drug delivery, and catalysis.
Explore how diketopiperazine (DKP) scaffolds are transforming medicine through targeted drug delivery, cancer therapy, and innovative biomedical applications.
The story of room-temperature ionic liquids - from accidental discovery to green chemistry revolution
Explore how reverse micelle technology is transforming food science through enhanced nutrient bioavailability, improved protein extraction, and advanced food analysis.
Explore the scientific partnership between France and Venezuela in catalysis research for heavy oil refining, featuring innovative solutions and environmental benefits.
Explore how organoelement chemistry combines carbon with other elements to create revolutionary materials, medicines, and technologies that shape our modern world.
Explore the fascinating world of zeolite catalysts - crystalline materials revolutionizing chemical processes with their precise molecular architecture and shape-selective properties.