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Planarity-induced emission of neutral 1,2,3-diazaborines mediated by C–H borylation

Planarity-induced emission of neutral 1,2,3-diazaborines mediated by C–H borylation

Incorporation of ferrocene moieties into the backbone of BCN hybrid polymers via 1,3-linkage

Incorporation of ferrocene moieties into the backbone of BCN hybrid polymers via 1,3-linkage

Boron-Doping of a Macrocyclic Tetrafuran Framework Unveils an Expanded Porphyrinoid With Switchable (Anti)Aromaticity and Conformational Dynamics

Boron-Doping of a Macrocyclic Tetrafuran Framework Unveils an Expanded Porphyrinoid With Switchable (Anti)Aromaticity and Conformational Dynamics

BNB/NBN-Phenalenyl-2'-deoxyuridines as a Fluorophore–Quencher Pair in DNA

BNB/NBN-Phenalenyl-2'-deoxyuridines as a Fluorophore–Quencher Pair in DNA

Expanded Boraporphyrinoids: Boron Macrocycles with Redox Switchable Magnetic (Anti)aromaticity and Strong Near-Infrared Absorption

Expanded Boraporphyrinoids: Boron Macrocycles with Redox Switchable Magnetic (Anti)aromaticity and Strong Near-Infrared Absorption

Die Deutsche Forschungsgemeinschaft (DFG) hat rund 12 Millionen Euro für die Einrichtung des Sonderforschungszentrums 1762 „Bor als eigenschaftsbestimmendes Element“ (BORONPro) an der Universität Würzburg bewilligt.

The German Research Foundation (DFG) has awarded approximately €12 million to establish the Collaborative Research Centre 1639 “Boron as Property-Determining Element” (BORONPro) at the University of Würzburg.

Großartiges Ergebnis für die Universität und das Uniklinikum: In der neuesten Runde zur Vergabe von Sonderforschungsbereichen wurden alle sechs Anträge aus Würzburg bewilligt.

Great result for the University and the University Hospital: all six proposals from Würzburg were approved in the latest round for the awarding of Collaborative Research Centres.

Merging Pyrrole with Boron into Versatile Di(2-pyrryl)borane Building Blocks: π-Extension, Polymerization, and Coordination