Matthias Schmid

Dr. Matthias Schmid is a researcher at the Institute of Computational Physics within the School of Engineering at Zurich University of Applied Sciences (ZHAW) in Winterthur, Switzerland. He can be contacted at matthias.schmid@zhaw.ch and by phone at +41 (0) 58 934 75 48. His academic background includes a doctoral degree, as indicated by the title "Dr.", and he is actively engaged in research projects related to photovoltaics and solar energy conversion technologies.

His research interests are centered on computational modeling of solar energy conversion devices. Specifically, he focuses on perovskite solar cells, dye-sensitized solar cells, and photoelectrochemical water splitting systems. He employs advanced techniques such as coupled optical and electronic modeling to investigate charge transport, recombination dynamics, and the effects of mobile ions on device performance. This work bridges theoretical physics and practical engineering challenges in renewable energy, aiming to improve the efficiency and sustainability of solar technologies.

Dr. Schmid's publication record spans from 2007 to 2019, showing an evolution from theoretical particle physics (e.g., anomalous abelian solitons) to applied solar energy research. His recent work (2019) addresses perovskite solar cells, while publications in 2014 and 2011 focused on water splitting and dye-sensitized cells, respectively. A common thread is the use of computational methods to understand fundamental processes in energy materials, with implications for device design and optimization.

No scientific awards or fellowships were explicitly mentioned in the available information.

In terms of research projects, Dr. Schmid has been involved in the PV2050 initiative, where he served as a project leader for the "Simulation and Characterization" component and as a team member for the "Sustainability, market deployment and interaction to the grid" project. Both projects are now completed and addressed advanced photovoltaic solutions and their integration into energy systems.

He is part of the research team at the Institute of Computational Physics at ZHAW, which provides a collaborative environment for computational studies of physical systems. His work involves close collaboration with international researchers, including prominent scientists such as Michael Grätzel from EPFL, indicating strong ties to the global solar energy research community.