@gingerlabUW Excited to see our Nature N&V article come out - controllable doping unlocks the potential of perovskite semiconductors. We appreciate the opportunity to write for @NatureNV, and appreciate the help from the editorial team, particularly editor Andy Mitchinson.
@gingerlabUW Excited to see our Nature N&V article come out - controllable doping unlocks the potential of perovskite semiconductors. We appreciate the opportunity to write for @NatureNV, and appreciate the help from the editorial team, particularly editor Andy Mitchinson.
.@fyjiang526, @gingerlabUW and team show that thick hole transport layers and electrochemically stable contact afford #perovskite#SolarCells better tolerance to reverse bias. https://t.co/wItQVBGdS1
A hugeeeee thanks to my PI, collaborators, reviewers and other peers in the community — your invaluable mentorship/discussion/support makes this work possible. For me, this is more than just a paper, this is the best-ever teamwork!
Excited to share @fyjiang526’s recent @NatureEnergyJnl paper on stabilizing perovskite solar cells under reverse bias! Thanks for collaborations from McGehee group, @SnaithGroup, @MPEMRice et al. https://t.co/hb3jrkjoEM
Check out our recent work in @ACSEnergyLett by Zixu Huang @Wongtzihey & Dr. Fangyuan Jiang @fyjiang526 https://t.co/y2wEVA4SnO!
Collaborating w UoT, we reveal the interplay between local lateral & vertical A-site segregation & film-level photostability of mixed-cation perovs.