Academic dynamics
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272024-09
IJCAI 2024 | Multivariate time series prediction based on multivariate lag correlation
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Yuanfeng Wang, an assistant professor in the School of Materials and an independent corresponding author, focuses on the design and interaction of fluid interfaces in functional fiber materials...
2024-09-24Water-air-solid interface is a common physical phenomenon in nature and engineering technology, and its characteristics profoundly affect the transmission efficiency of electricity, light, heat and other energy forms and signals between interfaces。This interface is not only a bridge between energy and signal interaction, its nature is more like a precision control valve, which has a profound impact on the nature and behavior of energy flow and signal flow。Under ideal conditions, energy and signals can cross the interface spontaneously, such as directional migration of electric charges along an electric field gradient, light passing through a transparent medium, and heat flowing naturally from high to low temperature regions。However, in practical applications, the wetting interface often becomes a constraint of energy and signal....
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Researcher Xingke CAI's team published a paper on acidity in the Nature index journal Nature Communications...
2024-09-20September 16, 2024，Shenzhen University高等研究院蔡兴科研究员团队在Nature Communications发表了一篇题为“Operando identification of the oxide path mechanism with different dual-active sites for acidic water oxidation”的学术论文。The first unit of this paper is Shenzhen University. The first author is Qian Qian, a postdoctoral fellow at the Institute for Advanced Study of Shenzhen University. The corresponding authors are CAI Xingke, a researcher, and Yan Wensheng, a professor at the University of Science and Technology of China。In the paper, the research team constructed a locally symmetrical Mn with an uneven charge distribution...
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School of Materials Professor Yang Chu Luo team Nat. Commun: High power efficiency, long life white organic luminescence II...
2024-09-18September 14, 2024，Shenzhen University杨楚罗教授团队在国际学术界著名的综合性期刊NatureCommunications（《太阳城app 主题教育》）上发表题为“Harmonization of rapid triplet up-conversion and singlet radiation enablesefficient and stable white OLEDs”（协调三线态上转换和单线态辐射获得高效且稳定的白光有机发光二极管）的研究论文。
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SIGGRAPH 2024 | Interactive transfer method based on spatial and surface corresponding fields
2024-09-16
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272024-09
IJCAI 2024 | Multivariate time series prediction based on multivariate lag correlation
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242024-09
Yuan-feng Wang, an assistant professor in the School of Materials and an independent corresponding author, focuses on fluid interface design and Marine applications of functional fiber materials ...
Water-air-solid interface is a common physical phenomenon in nature and engineering technology, and its characteristics profoundly affect the transmission efficiency of electricity, light, heat and other energy forms and signals between interfaces。This interface is not only a bridge between energy and signal interaction, its nature is more like a precision control valve, which has a profound impact on the nature and behavior of energy flow and signal flow。Under ideal conditions, energy and signals can cross the interface spontaneously, such as directional migration of charges along an electric field gradient,...
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202024-09
Researcher CAI Xingke's team published a paper on acid electrochemical chromatography in the Nature index journal Nature Communications...
September 16, 2024，Shenzhen University高等研究院蔡兴科研究员团队在Nature Communications发表了一篇题为“Operando identification of the oxide path mechanism with different dual-active sites for acidic water oxidation”的学术论文。The first unit of this paper is Shenzhen University, and the first author is Qian Qian, postdoctoral fellow and Professor CAI Xingke...
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182024-09
School of Materials Professor Yang Chu Luo team Nat. Commun: High power efficiency, long life white organic light-emitting diode
September 14, 2024，Shenzhen University杨楚罗教授团队在国际学术界著名的综合性期刊NatureCommunications（《太阳城app 主题教育》）上发表题为“Harmonization of rapid triplet up-conversion and singlet radiation enablesefficient and stable white OLEDs”（协调三线态上转换和单线态辐射获得高效且稳定的白光有机发光二极管）的研究论...
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162024-09
SIGGRAPH 2024 | Interactive transfer method based on spatial and surface corresponding fields
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142024-09
Shenzhen University intends to receive 28 annual projects from the National Social Science Fund in 2024
The results of the 2024 National Social Science Foundation annual project have been announced。There are 28 National Social Science Fund annual projects to be approved by Shenzhen University, 13 more than the same period last year, an increase of 86.7%。Among them, there are 2 key projects, 15 general projects and 11 youth projects。Up to now, Shenzhen University has obtained a total of 31 projects of various types from the National Social Science Fund。This year's list is below
