In a recent study published in Energy & Environmental Science, FAU Solar Marius Peter’s group has developed a new recycling method for MAPbI3 perovskite solar cells that uses a layer-by-layer…
We are pleased to announce that the SAOT Executive Committee has selected Albert’s project proposal, “Development of Recyclable Perovskite Solar Cells on Bio-Based Substrates,” as the most compelling from among…
Huiying’s paper suggests the solution to the limited environmental stability of perovskites, that restricts their application in display technologies. The article presents a large-area FAPbBr3-based quantum dot brightness-enhancing film (QDEF)…
Until now, electricity from solar energy has been generated and stored in various devices, which is associated with conversion losses. This could soon change: Chemists at FAU Solar and other…
FAUInsights lectures on Solar technology started on May 8th with opening topic “A Glimpse into the Future – What Solar Technologies Will We Have in 20 Years?”. The welcome word…
On the 15th and 16th of April, PhD students and Postodcs from the i-MEET teams attended a workshop on Bayesian Optimization. The workshop, organized by our Postdoc V.M. Le Corre,…
Researchers of FAU Solar hosted the first colloquium on Sustainability, focused on the recycling of photovoltaic (PV) materials. The event brought together sustainability experts to share insights, discuss innovative approaches,…
Join us for a series of enlightening talks at FAU Solar, where we explore the future of solar technology and its potential to revolutionize our world. FAUInsights will kick off…
Researchers from FAU Solar and the University of Alberta have achieved unprecedented control over inter-chromophore interactions, a critical aspect for optimizing materials in solar energy conversion and related applications. In…
Researchers from the FAU Solar, and the University of Alberta have made significant progress in developing singlet fission materials for the harnessing of solar energy in next-generation solar cells. In…
