Graduate Speaker

My name is Alexander Erhard, and I am currently pursuing a PhD in photocatalysis using earth-abundant metal complexes under the supervision of Prof. Robert Wolf at the University of Regensburg, as part of project A4. My contribution to CRC 325 focuses on developing ligand systems to facilitate bimolecular reactivity from the excited states of first-row transition metals.

As of January 2025, I have been selected, alongside Lu Liu, to represent the graduate students. In this role, I am responsible for organizing upcoming events such as the graduate retreat and various workshops. I look forward to fostering exchange and connections among the talented researchers of CRC 325.

 

My name is Lu Liu, and I am currently pursuing a PhD in theoretical chemistry under the supervision of Prof. Dr. Christian Ochsenfeld at Ludwig Maximilian University of Munich (LMU). My research is part of Project C5, focusing on the simulation of experimental NMR signals in light-induced photocatalytic reactions employing novel quantum chemistry methods. The predicted data can serve as a valuable tool for establishing universal and essential connections to experimental studies. Thanks to CRC325, I am able to realize this connection and test my theoretical results in collaboration with outstanding experimental researchers. This collaboration reflects a growing trend in the scientific community, where theorists and experimentalists increasingly work close together within frameworks like CRC325 to advance mutual understanding and innovation.

In January 2025, I will step into my new role as one of the Graduate Speakers for CRC 325. I am excited about the opportunity to contribute by organizing events such as seminar days and workshops. I believe this position will not only allow me to enhance my soft skills, such as communication, leadership, and teamwork, but also provide valuable experience in event planning and coordination. Furthermore, I look forward to fostering collaboration and engaging with the vibrant academic community within CRC 325.