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.
Miquel (ESR 14, GXT-UNIVIE) presented his work through a poster at the annual #RSC Poster Twitter Conference, online event on March 1st-2nd, 2022. Check out the poster “Preparation of BNC-bulk materials for coating applications” here.
Marco (ESR 1, UNIVIE), Martina (ESR 2, UNIVIE), Laura (ESR 6, UCLouvain) and Luca (ESR 9, TUM) presented their joint work through a poster at the annual #RSC Poster Twitter Conference, online event on March 1st-2nd, 2022. Check out the poster “Red-Shifting Optoelectronic Properties of Amino-Functionalized Aryl Borazines” here.
ESR 11 Carolina Ibarra Barreno from the University of Groningen has presented her work in the online poster session of NWO CHAINS 2021, the annual Dutch chemistry conference (7th-8th December 2021). The poster “Towards Graphene and BNC Architectures from Adsorbed Molecules” was presented on December 7th and showed her results as part of the STiBNite project.
ESR 1 and ESR 2 Marco Franceschini and Martina Crosta from the University of Vienna have presented their work with a poster during the annual Doctoral School of Chemistry (DoSChem) retreat. The event was held in Admont, Styria, Austria, on November 5th-7th 2021.
ESR 6 Laura Caputo from the University of Louvain has presented her work within the STiBNite project at Graphene2021 conference in Grenoble, France (26th-29th October 2021), with a presentation called “First-Principles Electronic and Structural Properties of BNC Materials”.
Title: Surface-Confined Synthesis and Advanced Surface Characterization Tools
We are thrilled to announce the 1st Summer School of the European project MSCA-ETN-2020 STiBNite “Tailored materials for Sustainable Technologies: programming functional molecular components through Boron-Nitrogen doping” from 28-29th of September (virtual/presence). International experts will teach us microscopy and spectroscopy techniques as well as theoretical modeling approaches applied on surfaces decorated with molecular nanostructures and 2D materials, such as pristine and doped graphene derivatives. This will be followed by vivid sessions focused on how open access, gender policies, ethics in science, and communication skills are shaping the future of science.
Download here the program:
