We use and develop modern theoretical tools to describe functional energy materials at the microscopic level. Our goal is to understand and predict electronic, optical, and dynamical properties in a wide range of complex materials systems. These include hybrid molecule-metal interfaces, halide perovskites, organic semiconductors, ion conductors and more. To this end we combine quantum-mechanical approaches, molecular dynamics, and state-of-the-art computational techniques, see research section.
Recent group news
15.12.2020: Sebastián Caicedo-Dávila joins our group as a postdoctoral fellow. A warm welcome to Sebastián!
08.12.2020: And a great end for the year: Berni’s paper on excited-state potential energy surfaces published in Journal of Chemical Theory and Computation.
30.11.2020: Christian’s work in collaboration with friends from the Yaffe group at Weizmann published as Editors’ suggestion in Physical Review Materials.
17.11.2020: Long overdue update: Karin Thalmann and Martin Schwade recently joined us for working on their MSc theses – a warm welcome to both! And another paper by Xiangzhou on 2D halide perovskites in collaboration with experimental groups appeared in ACS Energy Letters.
10.08.2020: Xiangzhou’s work in collaboration with our experimental partners is published in Nano Letters.
30.06.2020: Our paper on exciton diffusion in 2D halide perovskites with the Chernikov and Yaffe group was posted on arXiv.
09.06.2020: The folks at e-conversion recently interviewed David – see here.
02.06.2020: The group welcomes Waldemar Schmunk. He’ll work as a BSc student in our group.
27.04.2020: We warmly welcome Stefan Böhm as a BSc student in our group.
20.04.2020: The group welcomes Karina Houska, who will work on her BSc project with us.
18.03.2020: David becomes a Fellow of the Young Academy of Europe.
16.03.2020: The entire group works in home office now.
02.03.2020: A warm welcome to Manuel Grumet, who joins our group as a graduate student.
31.01.2020: Great start for the new year: superb team effort of Daniel with our collaborators from the Weizmann Institute makes it into Advanced Materials.
