Congratulations to Dr. Elisa Fresta for winning the Extraordinary PhD Award!
Congratulations to Dr. Elisa Fresta for winning the Extraordinary PhD Award (premio extraordinario de doctorado) awarded by the Autonóma University of Madrid.
Article selected in the themed HOT articles collection in Dalton Transactions!!
Great collaboration between TUM, IMDEA Nanoscience and UNICAEN!! Our last work on Copper(I) complexes for lighting applications has been selected in the themed HOT articles collection in Dalton Trans. Enjoy the read!!
Tittle of the article: Towards rainbow photo/electro-luminescence in copper(I) complexes with the versatile bridged bis-pyridyl ancillary ligand
Congratulations to Luca for his talk to e-MRS Fall Meeting 2021!
On the 23rd of September 2021, Luca presented our latest work at E-MRS Fall Meeting 2021 with a focus on Cu(I)-based light-emitting electrochemical cells. He presented promising results obtained about highly emissive copper(I) complexes towards rainbow devices.
Illuminating the world with bio-LEDs
Guest article by Prof. Costa on the Bioeconomy Year of Science
Prof. Rubén Costa from the Chair of Biogenic Functional Materials at TUM Campus Straubing has written a guest article on the bioeconomy for the “Science Year” portal, published by the German Federal Ministry of Education and Research. In the section “Heads of Change”, Prof. Costa writes about how bio-LEDs can be used to light up the world and thus protect the environment.
EUROMAT 2021: Sara’s Keynote Presentation on the 16th September 2021
On the 16th of September 2021, Sara held a keynote presentation at EUROMAT 2021 entitled Highly stable bio-phosphors for high power Bio-Hybrid Light-emitting Diodes. She presented an overview on the current status of the application of Fluorescent Proteins in Bio-Hybrid LEDs, focusing on the most promising approaches in the field and presenting our latest results.
Welcome to Prof. Coto!
We are very pleased to welcome Prof. Coto to our Chair as TUM Global Visiting Professor.
He is an expert in the theory and simulation of excited state processes in organic molecules and biomolecules and charge transfer and transport processes in novel materials with applications to nanoelectronics, organic photovoltaics and lighting.