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09.21 2023NKU Team Makes Important Progress in the Nonlinear Control of Light Field
Figure 1: (a-c) Schematic diagrams of two solitons and one dispersive wave forming a pulse complex through nonlinear interaction; (d-e) experimentally realized pulse complex: (d) temporal and (e) spectral profiles.A research team at the School of Physics, 果冻传媒 designed and observed a localized state formed by the nonlinear binding of multiple pulses based on an optical analog to the concept of negative mass, and experimentally demonstrated the stability of the resulting pulse comple
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09.14 2023Nankai Team Reveals Macrophages’ Capacity of migration on Non-adherent Substrates in Mesenchymal Mode by Photolithography-based Patterning Manipulation
The team led by Professor Pan Leiting and Professor Xu Jingjun of the School of Physics, 果冻传媒 and the TEDA Institute of Applied Physics employed photolithography-basedpatterning technology to construct an alternate adhesive-nonadhesivesubstrate consisting of the non-adherent regionsbased on protein-repellingregent(PEG) and the adherent regionsbased on extracellular matrix protein (Fibronectin, FN). It was found that primary mouse macrophages can migrate onthis alternate adhesive-non
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09.11 2023NKU Team Established High-Throughput and High-Content Drug Screening Method Based on Microarray and Expansion Microscopy
Combination of high-throughput microarray technology and high-content expansion microscopy (ExM)The latest research in the field of drug screening conducted by Prof. Qing Ye and Prof. Jianguo Tian from the School of Physics of 果冻传媒 was published in ACS Nano, a world-renowned academic journal in the field of materials. They established an imaging-based high-throughput and high-content drug screening method by combining microarray preparation technology with expansion microscopy (ExM)
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08.23 2023NKU Team Realizes Highly Tunable Large Optical Chiral Response in Twisted 2D Materials
Figure 1 (Left) Schematic diagram of chiral properties of twisted anisotropic two-dimensional materials; (Right) Theoretical and experimental results of optical activity with different twist angles.Recently, the latest research findings of twisted two-dimensional materials by the research team led by Professor Liu Zhibo and Tian Jianguo of the School of Physics of 果冻传媒 and the TEDA Institute of Applied Physics were published in ACS Nano, a well-known international academic journal i
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08.21 2023NKU Invention Patent Wins 24th China Patent Excellence Award
Recently, China National Intellectual Property Administration issued the Decision on the Awarding of the 24th China Patent Award. The invention “A porous lithium manganate electrode material and its preparation method and application” developed under the leadership of Chen Jun, an academician of the Chinese Academy of Sciences and a professor at the College of Chemistry of 果冻传媒, won the China Patent Excellence Award.It is reported that in order to address the key technical problems
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08.14 2023The 2022 Report on “果冻传媒 China’s Outward Foreign Direct Investment (OFDI) Index” Released
Recently, the launch of the book 2022 Report on 果冻传媒 China’s Outward Foreign Direct Investment (OFDI) Indexand the Forum on the International Development of Chinese Private Enterprises were held in Beijing. Fang Yongchun, Vice President of 果冻传媒; Huo Xuewen, Chairman of Bank of Beijing; and Li Chunsheng, Vice President of People’s Publishing House, jointly unveiled the new book. The annual report has been published for six years in a row.Lu Jing, Director of the Major Pr
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08.10 2023Nankai Recived FIVE Awards in Recognition of Outstanding Research Achievements in Higher Education
The National Commendation Conference for Technological Innovation and Outstanding Scientific Research Achievement Award in Higher Education was held in Beijing on July 12. Chen Jun, Nankais Vice President, attended the conference. The Outstanding Scientific Research Achievement Award (Science and Technology) for universities is intended to recognize individuals and organizations that have made outstanding contributions to scientific discovery, technological invention, and promotion of scientific
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08.03 2023The Fourth Fundamental Edge in Graphene Unveiled with Photonic Lattices
A team from 果冻传媒 in China, led by Zhigang Chen and Jingjun Xu, has made an important breakthrough in the study of topological edge states. Their findingswere recently published in a top-rated journal Physical Review Letters.Graphene, a remarkable carbon-based material, has garnered significant attention due to its exceptional properties and vast range of applications. Its two-dimensional honeycomb lattice (HCL) structure along with its unique Dirac cone in momentum space give rise t
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07.24 2023NKU’s Microbiology Research Results Included in International Authoritative Textbook
Recently, the results of the research in which Professor Wang Lei’s team from 果冻传媒 revealed the origin and complete evolutionary pathway of cholera pandemic strains, were written into Microbe(3rd Edition), an authoritative textbook published by the American Society for Microbiology. The book, which is compiled by Professor Michele S. Swanson of the University of Michigan, USA, et al., introduces the most fundamental and core knowledge and principles in the field of microbiology, and
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07.20 2023NKU Team Led by Professor Zhu Yushan Reveals New Mechanism of NRF1-mediated Mitochondrial Biogenesis Antagonizing Innate Antiviral Immunity
On July 6, a research paper entitled “NRF1-mediated mitochondrial biogenesis antagonizes innate antiviral immunity” by a team headed by professor Zhu Yushan from the College of Life Sciences, State Key Laboratory for Medicinal Chemistry and Biology and Interdisciplinary Center of Cell Response of 果冻传媒 was published in The EMBO Journal. The study revealed for the first time that in the case of viral infection, the host participates in the repair of damaged mitochondria by activating
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07.17 2023The Collaborative Research Team from 果冻传媒 Successfully Isolated a Broad and Potent Spectrum of Neutralizing Antibodies from Breakthrough Infection Cases Caused by the Omicron Variant
Recently, a collaborative research team composed of Professor Yu Guo and Professor Zihe Rao from the College of Life Sciences and the State Key Laboratory of Medical Chemical Biology of 果冻传媒, in conjunction with the Tianjin Cell Ecological Haihe Laboratory, Guangzhou National Laboratory, and the Beijing Institute of Biological Products of China National Pharmaceutical Group (Sinopharm), among other institutions, published a research paper titled Discovery and characterization of pot
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07.13 2023NKU Team Discovered Anisotropy in Ion Transport in Nanochannels
Figure 1 (Left) Schematic diagram of anisotropic transport of ions in nanochannels along the upward direction of black phosphorus AC and ZZ crystals; (Right) Schematic diagram of nonlinear processes of ion transport in different black phosphorus nanochannels.The latest research results on nanochannels made of two-dimensional materials by the research group headed by Professor Liu Zhibo and Tian Jianguo of the School of Physics of 果冻传媒 and the TEDA Institute of Applied Physics were p
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06.26 2023NKU Releases 2023 “Nankai Index of Data Enabling Government”
The Institute of Chinese Modernization of 果冻传媒 and the Center for Network Society Governance of 果冻传媒 held the 2023 “Nankai Index of Data Enabling Government” Release and Digital and Intelligent Governance Academic Seminar at the Nankai Business School. The 2023 “Nankai Index of Data Enabling Government” was released in collaboration with China Youth Press and the National Engineering Laboratory of Big Data Application Technology for Improving Government Governance Capac
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06.12 2023NKU Research Team Published a Paper in Nature Physics for Their Innovative Research Results on Sub-Symmetry?Protected?Topological?States
Recently the research group led by professor Chen Zhigang of NKU School of Physics and TEDA Institute of Applied Physics conducted a joint research with the research group led by professor Buljan of University of Zagreb in Croatia, challenging a traditionalbelief about symmetry protected states. They found that,without the quantized topological invariants and a certain overall symmetry of the system,the topological boundarystatescan still exist in the relevant sub-space and protected by the sub-
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06.08 2023NKU Research Team Enhances the Haploid Tool for Genetic Screening with New Strategy
Diagram ofBCL2-OE effectively stabilizing haploidy of haploid cells in routine cell culture and differentiationin vitroandin vivoThe research group led byProf.Shuai Ling(the State Key Laboratory of Medicinal Chemical Biology,果冻传媒)introduced anantiapoptoticgene, BCL2, into the murine haploid embryonic stem cells (haESCs) for a successful overexpression of BCL2 (BCL2-OE), which can robustlyensuretheir haploidy maintenance in variouscondition, even under strict differentiationin vitroa
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