One hypothesis to explain the outstanding properties of halide perovskites is a very strong bulk Rashba effect, that we describe here.
The perovskite field has been evolving so rapidly that it’s been hard to follow all its evolution. Here I give a list of the papers published last year that I think advanced perovskite research and marked the important research milestone. I also extended this list to other papers I’ve particularly enjoyed reading in 2018. Halide […]
Tuning the active materials for the engineering of tandem solar cells is an arising field of research among the perovskite community. In this post, I present the main targets of tandem solar cells engineering: band-gap tuning. Then, I showcase two solutions that have been reported by students I am currently working with. Tandem Solar Cells […]
First reported in 1991 by Prof. Michael Graetzel from EPFL, Lausanne (Switzerland), Dye sensitised Solar Cells (DSSC) have known important developments in the late 1990s ans early 2000s. Then the field began to falter, the community having massively preferred turning to organic and then Perovskite solar cells. Here I present how DSSCs are working and […]
Two weeks ago, we discussed the stability issues of Perovskite Solar Cells. I invite you to keep connection with stability, but with organic solar cells. I found a very interesting work combining different techniques and analysis, from Dr. Sylvain Chambon. Let’s go back to Bordeaux, the southwestern French Organic Electronics’ City where he based his […]
As I said in the introduction, I will publish presentation, that are blog posts in which I will expose research articles or specific fields of research. This article is the first of the series and is about Xu et al article: The generalized Shockley-Queisser limit for nanostructured solar cells, Sci. Rep. As I said last […]