Author: Maximilian Horn

We are pleased to announce our latest publication on limiting factors for charge generation in low-offset fullerene-based organic solar cells, published in Nature Communications. Many thanks to the groups of Brédas and Riede for making this collaboration possible.

Eva attended the annual MRS spring meeting that took place in Seattle this year. There, she presented her latest work on overcoming the limits of conductivity in organic semiconductors. Thanks for your contribution, Eva!

Soif traveled to North Carolina to present his work on Desensitizing Delf-trapped Excitonic Emission in Bi-Ho Co-doped Cs2AgInCl6 Nanocrystals at this year’s CLEO conference. Thanks for your contribution, Soif!

Natalie attended the ESEMA conference on the beautiful island of Porquerolles in France and gave an invited talk on spectroscopic investigations of non-fullerene-acceptor based solar cells.

We are pleased to announce our latest publication in The Journal of Physical Chemistry C. Our results reveal the ultrafast generation of both excitons and charges in MAPbBr3 upon photoexcitation. Many thanks to Michael Saliba for the collaboration and for providing the materials.

We are thrilled to announce that Priscila has successfully defended her PhD thesis on the spectro-electrochemical investigation of organic mixed ionic–electronic conductors. What a wonderful presentation and contribution to the field of bioelectronics! Congratulations from all of us, Pri!

We are delighted to announce our new publication by Isabelle. Our focus in this study was on the dynamics of the IDTBT polymers with different polar content. Thanks to Christian Nielsen for realizing this project!

We are happy to announce that we can fill a Post-Doctoral Position in SFG Spectroscopy as well as a PhD Position in Spectroscopy of OPVs! To get more information about the job offers, you can click on their titles. Interested? You can apply directly by contacting Natalie Banerji! We are…

We are excited to share some of our latest research with you! Kejun investigated a new polypyrrole-based quasi-2D polymer and found different charge transport properties depending on temperature and distance regime.

FemtoMat is now also available on Mastodon! Check out our profile there: https://sciences.social/@femtomat From now on, we will provide you with news about our group and our latest research outcomes on this website as well as X and Mastodon.