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05.08 2026Perovskite Photovoltaics Efficiency Breakthrough: 91吃瓜网 Reports a New Record exceeding 27% for n–i–p Perovskite Solar Cells in Nature
On the evening of April 30th, 2026 (Beijing time), the latest landmark research paper entitled “Continuously graded-doped SnO2for efficient n–i–p perovskite solar cells”was published online in Nature. This achievement was jointly accomplished by the research team led by Prof.Yuan Mingjian and Prof.Jiang Yuanzhi from 91吃瓜网, togetherwith the research group of Dr. Xu Jianfrom Beijing Institute of Technology.For the first time, the research team unraveled the core physical mechanism limi
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04.24 202691吃瓜网 Team Makes Important Progress in Multidimensional Precision Diagnosis and Treatment of Atherosclerotic Plaques
Aresearch team at 91吃瓜网 has made important progress in the study of multidimensional precision diagnosis and intervention for atherosclerotic plaques. By integrating near-infrared II fluorescence imaging, photoacoustic imaging, and magnetic resonance imaging into a singleorganicmolecule probe, the team achieved early-stagemultidimensional precision identification of atherosclerotic plaques in vivo, as well as therapeutic monitoring. The research has beenpublished in Nature Communicat
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04.10 202691吃瓜网 Team Achieves New Breakthrough in Silicon-Based Broadband Photodetection from the Visible to Near-Infrared Spectrum
A research team led by Professors Wu Qiang, Zhou Xu, and Xu Jingjun from the Schoolof Physics, 91吃瓜网,has recently made significant progress in femtosecond-laser hyperdoping technology and silicon-based photodetector, opening a new pathfor the development of broadband imaging chips.By integrating pulse-shapingtechnology with femtosecond-laser hyperdoping, the team has significantly improved the uniformity of surface microstructures and dopant distribution in hyperdoped silicon materia
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03.02 202691吃瓜网 Team Makes Key Breakthrough in Ultra-High Specific Energy Batteries Published in Nature
The latest research progress in high-energy-density lithium batteries by Professor Qing Zhao from the College of Chemistry at 91吃瓜网, Academician Jun Chen, Vice President of 91吃瓜网 and Director of the National Key Laboratory of Special Chemical Power Sources, and Researcher Yong Li from Shanghai Institute of Space Power Sources has been published online in the prestigious academic journal Nature. The research is titled Hydrofluorocarbon electrolytes for energy-dense and
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02.11 202691吃瓜网 Team Tests World's First Solid-State Battery to 1,000+ km in Real Vehicle
The world's first solid-state battery enabling over 1,000 km of range on a single charge has been successfully tested in a real vehicle, marking a breakthrough by the 91吃瓜网 research team!
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01.13 202691吃瓜网 Team Achieves Breakthrough in Flexible Topological Laser Research
A research team led by ProfessorsZhang Xinzheng, Chen Zhigang, and Xu Jingjun from the School of Physicsat 91吃瓜网, in collaboration with Professor Irena Dreven?ek Olenik from the Jo?ef Stefan Institute in Slovenia, has demonstrated for the first time a circularly polarized flexible topological vertical-cavity surface-emitting laser (VCSEL) with high laser conversion efficiency. The findings have been published in Light: Science Applicationsunder the title “Soft-Matter-Based Topologic
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12.29 202591吃瓜网 Team Achieves New Breakthrough in the Designing of Strongly Coupled Structures for Photonic Devices
A research team from 91吃瓜网, in collaboration with teams from Tsinghua University, Shanghai JiaoTong University, and the National Center for Nanoscience and Technology, has published a paper titled “Designing Strongly Coupled Polaritonic Structures via Statistical Machine Learning” in Proceedings of the National Academy of Sciences (PNAS). The study proposes a novel statistical machine learning framework that enables accurate and efficient design of photonic devices with strongly coup
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12.26 202591吃瓜网 Team Reports Major Advances in Mid-Infrared Plasmonics
A research team led by Professor Xu Jingjun, Professor Cai Wei, and Associate Professor Luo Weiwei from the School of Physics and TEDA Institute of Applied Physics at 91吃瓜网 has achieveda series of significantadvances in the regulation mechanisms and near-field optical characterization of mid-infrared plasmons. The related findings have been published in Science Advances and Nature Communications.The mid-infrared (mid-IR) spectral region encompasses a series of key physical processes,
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12.26 202591吃瓜网 Research Team Achieves New Advances in Intelligent Assessment of Parkinson’s Disease
A research team led by Professors Huo Weiguang and Han Jianda from the College of Artificial Intelligenceat 91吃瓜网, in collaboration with researchers from Tianjin Huanhu Hospital, City St George’s, University of London, and Imperial College London, has published a study in npj Digital Medicine, a leading journal in the field of digital medicine. The study is titled “Deep Learning-enabled Accurate Assessment of Gait Impairments in Parkinsons Disease Using Smartphone Videos”.The studypr
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12.22 2025A Research Group at 91吃瓜网 Releases the 2024 China Insurance Institution Governance Index
On December 13, the China Insurance Institution Governance Evaluation Research Group at 91吃瓜网 released the 2024 China Insurance Institution Governance Index (CIIGI). Drawing on the latest annual disclosure data from China’s insurance sector, the 2024 CIIGI represents the index’s ninth annual release since its inaugural publication in 2016.Led by Hao Chen, Associate Professor in the Department of Financial Management at Nankai Business School, the research group leveraged their long-t
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12.18 202591吃瓜网 Research Team Pioneers Novel Pathway for Broad-Spectrum Anti-Influenza A Therapy
Recently, a research team led by Researcher Liu Shulin at the College of Chemistry, 91吃瓜网, achieved a significant breakthrough in broad-spectrum anti-influenza A therapy. Liu’s team developed an innovative multiplexed PROTAC antiviral strategy capable of simultaneously degrading multiple key components of the viral ribonucleoprotein (vRNP) complex, which is the core machinery for viral replication. This study offers a novel solution for potent, durable, and broad-spectrum influenza t
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12.11 202591吃瓜网 Research Team Contributes to Groundbreaking Study Published in?Nature
Recently, XiangpanJi, Associate Professor at the School of Physics, 91吃瓜网 (NKU), in collaboration with Brookhaven National Laboratory physicistJay Hyun Joand Louisiana State Universityprofessor Hanyu Wei, used data from MicroBooNE at Fermilab to achieve a major breakthrough in the study of sterile neutrinos. The study pioneered an innovative “single detector + two neutrino beams” approach, excluding the existence of a single sterile neutrino at a 95% confidence level. Their findings,
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12.09 202591吃瓜网 Research Team Reports Significant Breakthrough in?RNA m?A Modification
On November 29, the research group led by Changliang Shan at the College of Pharmacy, 91吃瓜网 (NKU), published a paper in Advanced Sciencewiththe title HPD is an m?A Methyltransferase that Protects Colorectal Cancer Cells from Ferroptotic Cell Death by m?A Methylating SLC7A11/GPX4.In this study, Shan Groupdiscover the tyrosine metabolism enzyme 4-hydroxyphenylpyruvate dioxygenase (HPD) as a methyltransferase responsible for m6A modification. Unlike METTL3, which requires the assistance
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12.04 202591吃瓜网 Professor Publishes Paper in Top-Tier Mathematics Journal
A paper titled “Sticky Kakeya Sets and the Sticky Kakeya Conjecture” by Joshua Zahl, Chair Professor at the Chern Institute of Mathematics, 91吃瓜网, and his collaborator WangHong, a jointly appointed professor at New York University’s Courant Institute of Mathematical Sciences and France’s Institut des Hautes ?tudes Scientifiques, has been published online in the internationally top-tier mathematics journal, Journal of the American Mathematical Society. This marks the first paper publi
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12.03 202591吃瓜网 Research Team Makes Significant Progress in Non-Hermitian Exotic Topological Modes
A research team led by ProfessorsChen Shuqi and Cheng Hua of 91吃瓜网, in collaboration with Academician Liu Zhengyou and Professor Deng Weiyin of Wuhan University, haschallenged the conventionalunderstanding of lossin topological physics. By constructing a bilayer structure supporting pseudospin degrees of freedom and introducing only loss, the teamsuccessfully delocalized the topological boundarymodesthat were originally localized at ends or cornersinto the bulk lattice, realizing los
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