Author Correction: Durable all-inorganic perovskite tandem photovoltaics

A correction has been issued regarding a research paper titled "Durable all-inorganic perovskite tandem photovoltaics," originally published in Nature on 28 November 2024. The correction addresses an error in the graphical representation of data related to tin (Sn) in Extended Data Figure 4b. Specifically, the Sn data curve after 357.99 seconds was erroneously overlaid with the data from Extended Data Figure 4c during the transcription process. This mistake affected the accuracy of the visual presentation of results, though the underlying experimental data remained intact. The corrected figures are now available in both the HTML and PDF versions of the article. Readers can compare the original Extended Data Figure 4 with the revised version through the supplementary materials provided in the online edition. The authors have ensured that the core findings of their study remain unaffected by this correction, which primarily pertains to the formatting of the data visualization. The research team includes scientists from multiple institutions across different countries. In China, contributors come from the School of Environment and Energy at South China University of Technology, the Department of Physics at the Chinese University of Hong Kong, and the Shenyang National Laboratory for Materials Science. Additionally, researchers from the Center of Excellence in Nanoscience at the National Center for Nanoscience and Technology in Beijing are also listed among the authors. International collaborators include members from the Institute of Materials for Electronics and Energy Technology at Friedrich-Alexander University Erlangen-Nürnberg in Germany, as well as scholars from Linköping University in Sweden. Among the lead authors are Chenghao Duan, Kaicheng Zhang, Zijian Peng, and Feng Gao, who have contributed significantly to the development of durable all-inorganic perovskite tandem solar cells. These devices represent a promising advancement in renewable energy technology due to their potential for long-term stability and high efficiency under operational conditions. The study highlights ongoing efforts to improve the performance and reliability of perovskite-based photovoltaic systems, which have faced challenges related to degradation over time. The correction underscores the rigorous peer-review process and the commitment of the scientific community to maintaining the integrity of published research. While the error did not affect the fundamental conclusions of the study, it serves as a reminder of the importance of careful data handling and accurate representation in scientific communication. The authors have taken steps to ensure transparency and clarity, providing access to the original data for further scrutiny. Looking ahead, the research group continues its work on advancing perovskite solar cell technology. With the current correction addressed, the focus remains on refining fabrication techniques and exploring new material combinations that could enhance the durability and efficiency of these devices. Future studies may also explore the scalability of such technologies for commercial applications, building upon the foundational research presented in the original publication. The updated version of the article will serve as a reference point for subsequent developments in this field.