Explore how Atomic Force Microscopy revolutionizes our understanding of zeolite crystal growth at the nanoscale, enabling real-time observation of molecular assembly.
Explore how surface chemistry principles are revolutionizing engine NOx aftertreatment technology to combat air pollution and create cleaner transportation systems.
Explore how environmental chemical engineering is revolutionizing pollution control, resource recovery, and sustainable technology through innovative materials and processes.
Explore the revolutionary world of conducting polymers - materials that combine electrical conductivity with plastic flexibility, transforming technology from energy storage to biomedical devices.
Explore how atomic-level imperfections like steps and kinks in catalysts dramatically enhance chemical reactions through advanced surface studies and computational modeling.
Discover how 2D antimony nanosheets transform CO2 into valuable fuels and chemicals through electrocatalytic reduction.
Discover how the Barth Syndrome Foundation transformed from a small support network into a global research powerhouse accelerating rare disease science and treatment development.
Explore how human glycosyltransferases are revolutionizing N-glycan synthesis and their crucial role in cellular communication and medicine.
Exploring the XV International Russian-Chinese Symposium on New Materials and Technologies held in Sochi 2019, showcasing international collaboration in advanced materials science.
Discover the breakthrough research revealing the electronic structure of imide-N-oxyl radicals, key catalysts in chemical synthesis and oxidation processes.