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Through atomistic simulation, Yuhang Liang (Hanly), Rongkun Zheng and colleagues unveil a new hidden-killer, namely hydrogen anion (H_i^-), as an efficient electron-hole recombination center in the halide perovskite solar cells. fal.cn/3jYvq

Recently we investigate an important impurity in the perovskite system, namely, hydrogen, and hope the interesting findings shed light on the future design of perovskite-based solar cells with higher device performance.

Via first-principles DFT calculations, Yuhang Liang (Hanly), Rongkun Zheng et al. studied important but overlooked class of defects in halide perovskites: atomic and molecular hydrogen, as well as their implications in perovskites' properties and applications. go.acs.org/jU

Online NOW | J. Am. Chem. Soc. Minimizing and Controlling #Hydrogen for Highly Efficient Formamidinium Lead Triiodide #SolarCells. Top Science #Chemistry #ChemTwitter #scicomm #news #Technology #Tech #science #Trending #research #sciencetwitter #AcademicTwitter pubs.acs.org/doi/10.1021/ja…

👏👏 A huge congratulations to Sydney Nano members Jun Huang & Prof Renae Ryan on their Australian Research Council Future Fellowship Success! These two researchers have secured over $2 million in funding to undertake research in areas of national significance #LeadershipInAction

First-principles hybrid functional calculations unveil that hydrogen anions play significant role in the observed strong unipolar p-type character of CsSnI3, currently limiting performance of photovoltaic applications. Yuhang Liang (Hanly) Jun Huang Rongkun Zheng go.acs.org/2e6

A great congratulations to my dear supervisor, Prof. Huang!👏👏