ESR 2 Martina Crosta from the University of Vienna has presented her work with a poster titled “Periperally BN-doped Nanoribbons via N-directed Borylation” during the annual Doctoral School of Chemistry (DoSChem) Panel C retreat. The event was held in Frankenfels, Lower Austria, Austria, on May 12th-14th 2022.
ESR 1 Marco Franceschini from the University of Vienna has presented his work within the STiBNite project during the annual Doctoral School of Chemistry (DoSChem) Panel C retreat in Frankenfels, Lower Austria, Austria (May 12th-14th 2022), with a presentation called “Molecular Ribbons with Zig-Zag BN-doped Peripheries”.
ESR 6 Laura Caputo from the University of Louvain has presented her work during the 2022 HOWDI annual meeting, held in Dourdan, France (9th-13th May 2022). The poster “First-principles Study of the Structural and Electronic Properties of BNC Nanomaterials” was presented on May 10th and showed her results as part of the STiBNite project.
ESR 5 Sergi poster presentation at NCCC
12 May 2022
12 May 2022
ESR 5 Sergi Campos Jara from Leiden University has presented the advances of his research with a poster titled ”Synthesis & Characterization of BN Doped Graphene on Cu(111) Thin Film and Single Crystal” at the annual The Netherlands’ Catalysis and Chemistry Conference. This event was held in Noordwijk, The Netherlands, on May 9th-11th 2022.
In this review, STiBNite ESR Luca Cavinato (TUM) presents an extensive overview of emerging bio-derived materials suitable for organic solar cells, dye-sensitized solar cells and perovskite solar cells. Their production, handling, characterization, and implementation as bio-hybrid components, such as substrates, electrodes, photoactive layers, carrier transporters, light-trapping layers and sealant films, are critically discussed. The full paper can be found here.
Supramolecular Chalcogen-Bonded Semiconducting Nanoribbons at Work in Lighting Devices
5 May 2022
5 May 2022
In this collaborative work, Deborah Romito (UNIVIE), together with STiBNite ESRs Luca Cavinato (device fabrication, TUM) and Laura Caputo (theoretical calculations, UCLouvain), demonstrates how the use of chalcogen-bonded molecules, in light-emitting electrochemical cells (LECs), prolongs the device lifespan. The full paper can be found here.