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I am currently a postdoctoral scholar in the Sargent Group at Northwestern University. My research focuses on the development of efficient and stable single- and multi-junction perovskite solar cells (PSCs). Over the past few years, I have primarily worked on inverted structure (PIN) PSCs and all-perovskite tandem solar cells and have made significant progress in this area:
I am currently a postdoctoral scholar in the Sargent Group at Northwestern University. My research focuses on the development of efficient and stable single- and multi-junction perovskite solar cells (PSCs). Over the past few years, I have primarily worked on inverted structure (PIN) PSCs and all-perovskite tandem solar cells and have made significant progress in this area:
Single-junction PSCs: Achieved record efficiencies of 26.15% and 25.2% for 0.05 and 1- square-centimeter illuminated area PIN PSCs, respectively. These results are included in the Best Research-Cell Efficiency Chart（NREL) and Solar cell efficiency tables（Version 63).
Double-junction PSCs: Achieved 26.3% QSS certified PCE (NREL), which marks the first time a tandem device has surpassed the QSS certified efficiency of single-junction PSCs.
Triple-junction PSCs: Achieved 23.3% and 23.8% QSS certified PCE (NREL), the first certified triple-junction solar cell in the world.
I will join SJTU @ GIFT as tenure-track associate professor this year, we are hiring (Master/Ph.D. students, Research assistant, Postdoctoral Fellow), please contact with me if you are interested!
I will join SJTU @ GIFT as tenure-track associate professor this year, we are hiring (Master/Ph.D. students, Research assistant, Postdoctoral Fellow), please contact with me if you are interested!
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