Heavy Pnictogens

Light‐driven Reactivity and Molecular Sensors

von Alessandro Bismuto

•
31.08.2026
Light‐driven Reactivity and Molecular Sensors

Von Wiley-VCH zur Verfügung gestellt

Alessandro Bismuto, recipient of the FCI-Dozentenpreis, conducts research on pnictogens at the interface between main-group and transition-metal chemistry—especially antimony and bismuth compounds. He uses them in catalytic and photochemical processes, builds functional materials from them, and employs them for light-induced reactions. Heavy pnictogen double bonds are challenging The synthesis and subsequent activation of multiple bonds between heavy Group 15 elements, specifically antimony and bismuth, have historically posed a remarkable challenge in main-group chemistry.1) While azobenzenes and diphosphenes have been extensively characteri...

Tags

Verwandte Artikel

Light‐driven Reactivity and Molecular Sensors
Struktur, Funktionalität und Bioaktivität pflanzlicher Proteine / Trendbericht Lebensmittelchemie 2026 2/4
Light‐driven Reactivity and Molecular Sensors
Verarbeitung, Verdauung und Risikobewertung / Trendbericht Lebensmittelchemie 2026 4/4
Light‐driven Reactivity and Molecular Sensors
Von präparativer Aufreinigung zur Bioaktivität / Trendbericht Lebensmittelchemie 2026 3/4
Light‐driven Reactivity and Molecular Sensors
Ja, das schon wieder / Trendbericht Lebensmittelchemie 2026 1/4
Light‐driven Reactivity and Molecular Sensors
Notizen aus der Forschung