Discover how host-guest chemistry solves nanocrystal solubility problems and enables advanced materials with tunable properties for photovoltaics, detectors and biomedical applications.
Exploring how surface manganese valence impacts cycling performance and surface chemistry in Li- and Al-substituted spinel battery cathodes.
Explore how the Chemical Abstracts Service has transformed chemical research over six decades, from print indexes to AI-driven discovery platforms.
Exploring how synthetic semiconductor photoelectrochemistry converts sunlight into chemical energy for sustainable production of hydrogen, chemicals, and environmental cleanup.
Discover the fascinating world of qualitative chemical analysis through spot tests - a visual and intuitive method for identifying elements and compounds.
Explore how sol-gel chemistry is expanding beyond oxides to create advanced non-oxide materials with extraordinary properties for aerospace, energy, and biomedical applications.
Exploring how bioinspired materials, from mantis shrimp armor to lotus leaf surfaces, are transforming technology through nature's ingenious designs.
Discover how scientists are boosting artificial enzymes by fusing them with gold nanoparticles, where shape is the key to unlocking their superpowers.
Discover how scientists are designing porous carbon nanospheres with atomic precision to create next-generation supercapacitors for ultra-fast energy storage.
Discover how neurons communicate through synapses and the groundbreaking experiment that revealed the chemical language of our brains.