Fudan July scientific research results are new!| Scientific Research Express

Author:Fudan University Time:2022.08.17

New!

Fudan University Scientific Research Team

Recently, several results and breakthroughs have been achieved.

Xiaobian compiled some scientific research results in July 2022

Come and see together!

The field of mathematics

1. Chinese scientists have led the new Quanye Sika particles, and the CMS team of the Institute of Modern Physics has made important contributions

On July 9th, at the 41st International High Energy Physics Conference (ICHEP2022), the international cooperation group on the CMS experiment on the LHC of the large European Highne collided CMS reported on the latest strange particle experimental progress: it was found that one might be all 粲 four four The strange particle family composed of Quark. This is the first time that Chinese scientists have led new particles in CMS experiments. Representatives of the Institute of Modern Physics officially joined in December 2019. In recent years, the Chinese CMS group has achieved outstanding achievements in the nature of Higgs particles and multi -booscent research. The discovery of the Quansi Quark Family has further enhanced the position of Chinese scientists in the high -energy physics international cooperation group. Gao Xuyang, a postdoctoral Institute of Modern Physics in our school, assumed most of Monte Carlo's work and provided important input information for the foundation of the final quality spectrum research and fitting strategy.

News link: https://news.fudan.edu.cn/2022/0712/c40a131931/page.htm

2. Professor Wei Baoren's research team in the Institute of Modern Physics published the latest research results in the magazine of celestial physics

Recently, Professor Wei Baoren Research Group of the Institute of Modern Physics of our school and the research staff of the atomic molecular structure and power of the Institute of Modern Physics of the Chinese Academy of Sciences made progress in the selection of cross -sectional selection of high -charged ions and atomic charge quantum state. "Astrophysical Journal". The measurement results not only provide the basic charge exchange theory with the benchmark charge exchange experimental data, but also help the accurate modeling of X -ray astronomical observation.

News link: http://imp.fudan.edu.cn/ed/1b/c8440A453915/page.htm

3. Ma Yu Gang's team in the Institute of Modern Physics published a new achievement of the research on the research on dynamic dynamics in "PRL" magazine

Recently, Dr. Zhang Liuyao, the team of Modern Physics, Institute of Modern Physics of our school, made important progress in the study of the field of heavy Masako Zizi. The result is published in the "Physical Review Express" (Phys. Rev. Lett. 129.02001 (2022)) published in the results of "Probing Charm Quarks Via Multiparticle Correlations in PB-PB COLLISISISISISIONS AT = 5.02 TEV". For the first time, this work was measured through a four-particle azimal corner correlation method to obtain a puppet oval flow generated by the lead nuclear-lead nuclear collision under the quality heart. This result is based on the compact Miaozi snail pipe (CMS) detector on the large strong -tinner collision.

News link: http://imp.fudan.edu.cn/ea/5e/c84453214/page.htm

4. Luo Tao's research team in the Institute of Modern Physics published the latest research results on the research on the research on light sublate physics in the "PRL" magazine

Recently, Luo Tao's youth researcher group of the Institute of Modern Physics of our school has made important progress in experimental research on light sublate physics. The results were published in the "Physical Review Express" (PHYS. Rev. Lett. 129.02002 (2022)) was published in the "Observation of The result is based on the experimental data obtained by the Beijing spectrometer III (BESIII) detector on the Beijing Academy of Sciences High Energy Institute of High Energy Institute. The experiment was first discovered that J/电 declined through the electromagnetic Dalitz process to strange candidates X (1835) and other particles.

News link: http://imp.fudan.edu.cn/e9/cb/c8440A453067/page.htm

5. Aerospace Department Xu Fan's research group PRSA cover: thin film stretching wrinkle and re -stabilizing mechanics

Recently, the Xu Fan research team of the Department of Aerospace Department of our school was invited to summarize the progress of thin film stretching wrinkles and re-stability mechanics research. The relevant results were based on the title of "Mechanics of Tension-Insuced Film Wrinkling and RESTABILINATION: A Review". Published in the authoritative journal "Proceedings of the Royal Society A" (2022, 478, 20220149).

News link:

https://aero-mech.fudan.edu.cn/ea/43/c17627a453187/page.htm chemical material field

1. The research group of Liu Zhizuan in the Department of Chemistry revealed the active center and reaction mechanism of the mechanism of catalytic methanol synthesis of the machine learning analysis industrial catalyst

The research group of Liu Zhizuan, the Department of Chemistry of our school, proposed a micro -dynamic guiding machine learning response path search method (MMLPS) for the hydrogenation process of CO/CO2 mixed gas on different CUZN possibilities. Recently, the relevant research results are recently published in the chemical flagship Journal of the American flagship journal Journal of the Americaicsert.

News link:

https://chemistry.fudan.edu.cn/02/c21871a453890/page.htm

2. The Department of Chemistry The Installation Group of the Department of Chemistry Development of super -assembly hand -composed hand -hereditized film screening device

Recently, the research group of Researcher Kong Biao at the Department of Chemistry of our school reported a novel heterogeneous film device with a single configuration hand -type hand -type hand -type hand -type hand -on -formation method. This device shows excellent cationic selectivity and hand screening performance. At the same time, the device has a high PH response hand screening performance. In the conversion of acidic to alkaline environments, hand screening can be effectively realized Essence相关研究工作日前以“Super-Assembled Chiral Mesostructured Hetero-membranes for Smart and Sensitive Couple-Accelerated Enantioseparation“为题发表于化学旗舰期刊Journal of the American Chemical Society上，并被选为封面作为亮点报道。

News link:

https://chemistry.fudan.edu.cn/eb/a1/c21871a453537/page.htm

3. Chemical Department Kong Biao team: Soft interface overcoming and constructing multi -mode -driven smart nano -space spacecraft

Recently, the research results of Kong Biao's team in the Department of Chemistry of our school were published in the international first-class academic journal " And selected as a cover article. This research work proposes a new concept of patch -based particles -based granules, which has opened up new ways to build new materials and functional equipment. Application potential.

News link: https://chemistry.fudan.edu.cn/e9/5d/c21871a452957/page.htmm

4. The Department of Chemistry Li Peng Research Group reports fast, portable, and highly selective mustard gas simulation photoelectric chemical sensors

Recently, Li Peng, the Department of Chemistry of our school, combined into a type of silver nano -granular hydrogen bonding organic skeleton (AGNPS@HOFS) photoelectric activity materials. Compared with traditional semiconductors and MOF materials, this AGNPS@HOFS material shows excellent Optical conversion ability. Using this material to build a portable mustard gas simulation 2-chloro ethyl ethyl sulfon ether (CEES) photoelectric chemical sensor, experiments found that the application potential of this device in the actual operation scene, and for further development of new types with ultra-high sensitivity and selectivity The possibility of sulfur etheric compound sensor provides possible.相关研究工作日前以《Ultrafine Silver Nanoparticle Encapsulated Porous Molecular Traps for Discriminative Photoelectrochemical Detection of Mustard Gas Simulants by Synergistic Size-exclusion and Site-specific Recognition》为题发表于《Advanced Materials》上。

News link:

https://chemistry.fudan.edu.cn/ea/8a/c21871a453258/page.htm information field information field

1. Huang Zengfeng, a youth researcher at the Big Data College, won the PODS 2022 Time Inspection Award of the ACM database theory.

Recently, PODS, the top meeting of ACM database theory, was held and published in Philadelphia, USA: Huang Zengfeng, a youth researcher at the Big Data College of our school, won the PODS 2022 Time Inspection Award (Alberto. O. Mendelzon Test-Time Award). The paper created the research of the data abstract method, analyzed the combination of the popular abstract algorithm, and developed a new combined summary algorithm for the division.

News link: https://mp.weixin.qq.com/s/ne9mq5tu9asalyqaw5ffnw

2. Professor Zhan Yiqiang and Associate Professor Zhang Hao of the School of Information Institute of Information Data Data Data Data Data High Performance Masnxpb1-XI3 Filum & Tittage Design and Experimental Research

Recently, Professor Zhan Yiqiang, Associate Professor Zhang Hao, and his collaborators of the School of Information Science and Engineering of our school proposed and realized a new type of machine learning method based on positive-reverse framework. The relationship between the key parameters of the ore system and the performance of photovoltaic performance, and then realize the photovoltaic performance of the solar cell solar cells of tin lead. The work is the title of "Data-Driven Design of High-Performance Masnxpb1-XI3 Perovskite Materials by Machine Learning and Experimental Realization". In July 2022, "Light: Science & Applic.

3. Zhang Shuyu team of the School of Information proposed that the hydrogen analysis of the hydrogen analysis of the hydrogen of the non -crystal reflection of the hydrogen under the density of the priority of the electronic filling strategy

Recently, Professor Qiong Rong and associate researcher of Zhang Shuyu, the school of the School of Information Science and Engineering, the School of Information Science and Engineering of Our School, proposed that the hydrogenation of hydrogen vulcanization of amorphous molybdenum at a priority electronic filling strategy to analyze the reaction catalytic activity of hydrogen density under large current density and use plasma technology to prepare non -non -non -non -ion Crystal sulfurized molybdenum tungsten/nitrogen doped reduction of oxygenic graphene catalyst material (A-MOWSX/N-Rgo). 2022年7月25日（美国当地时间），相关研究成果以“Boosting Hydrogen Evolution Reaction Activity of Amorphous Molybdenum Sulfide Under High Currents Via Preferential Electron Filling Induced by Tungsten Doping”为题发表在《先进科学》（Advanced Science） Essence This study provides new ideas for reasonable design and preparation of high -performance HER catalysts.

Life Medicine

1. Academician Ge Junbo, Affiliated Zhongshan Hospital, Zheng Yan, and Hong Shangyu of Life Sciences, and Hong Shangyu's topic combinations found that the pathogenic mutation of coronary heart disease in the Chinese population QTRT1

我校生命科学学院洪尚宇青年研究员、郑琰研究员与我校附属中山医院葛均波院士合作在National Science Review上发表了题为“Exome sequencing identifies rare mutations of LDLRand QTRT1conferring risk for early-onset coronary artery disease in Chinese” Original articles. For the first time in the world, QTRT1 is a pathogenic gene to Chinese people's early coronary heart disease and verify the biological function of QTRT1 to promote liver lipid synthesis and blood lipid levels. Provides a new perspective.

News link: https://life.fudan.edu.cn/ed/a4/c2814054052/page.htmm

2. Xu Shuhua team of the School of Life Sciences to reveal the genetic evidence of the "three departments" origin of the "three departments" origin of Yunnan ethnic minorities

Recently, the international academic journal "BMC Biology" published online the cooperative research results of Professor Xu Shuhua team of Professor Xu Shuhua of the School of Life Sciences and the Institute of Medical Biology of the Chinese Academy of Medical Sciences. Yunnan ". The study not only provides genetic evidence support for linguistics and ethnic science, but also provides new perspectives for further understanding of the genetic structure and genetic source flow of minority ethnic minorities in the southwestern region of our country. News link: https://life.fudan.edu.cn/ee/31/c28140A454193/page.htmm

3. Wang Pengfei team of the School of Life Sciences and Zhou Jie's team of the University of Hong Kong revealed that Rock1 is a new type of host dependency factor for human intestinal virus A71

Recently, the Wang Pengfei team of the School of Life Sciences of our school cooperated with the Hong Kong University of Hong Kong Zhou Jie's team in Journal of Medical Virology (IMPACT FACTOR: 20.693), and published an online entitled "Rock1 IS A NOVEL HOVENDENCY FAMAN ENTEROVIRUS A71: Imprint Target's "research paper reveals that Rock1 is a new type of host dependency factor replicated by EV-A71, which can be used as a target for developing anti-EV-A71 therapy.

News link: https://life.fudan.edu.cn/ea/41/c281453185/page.htm

4. Zhao Shimin of the Academy of Metabolism and Integrated Biology and Xu Wei team of Xu Wei in the Research Institute of Biomedicine revealed the molecular mechanism of amino acid metabolism to promote insulin resistance

Recently, Professor Zhao Shimin of the Academy of Metabolism and Integrated Biology, and Researcher Xu Wei, the Institute of Metabolism and Integrated Biology, published on Nature Communications. Research articles reported that phenylalanine was modified by modifying the molecular mechanism of IRβ insulin resistance, and found a small molecular inhibitor to confirm the important role of the decoration in the process of activating the insulin signal pathway and intervention of type 2 diabetes.

News link: https://ibs.fudan.edu.cn/ee/ab/c35420A454315/page.htm

5. Wang Biyun and Hu Xichun's research team of Affiliated Cancer Hospital found the high -efficiency combined chemotherapy plan for metastatic metastic breast cancer

Recently, the GAP research led by Wang Biyun and Professor Hu Xichun's team affiliated to our school is a random control 3 -phase clinical trial of multi -centered nationwide. Compared with the metastatic three -line treatment of albumin paclitaxel+cisplatin+cisabine first -line treatment The efficacy and safety of patients with negative breast cancer.近日，相关研究成果以《A randomized phase 3 trial of Gemcitabine or Nab-paclitaxel combined with cisPlatin as first-line treatment in patients with metastatic triple-negative breast cancer》为题，在线发表于国际学术期刊《自然通讯》（ Nature Communications.

News link: https://news.fudan.edu.cn/2022/0725/c5A132058/page.htm

6. Affiliated Eye, Ear, Nose and Throat Hospital, Shu Yilai and other teams to cooperate with a small "gene magic shear" precise treatment of genetic deafness to achieve new progress

Recently, the top international journal "Science Translational Medicine" published the research paper by Director Shu Yilai, Professor Li Huawei and Researcher Yang Hui of the Chinese Academy of Sciences "RESCue of Autosomal Dominant, Hearing Loss by in Vivo Delivery of MINI DCAS13X-DERIVED RNA Base Editor ". This research is based on the new RNA editing tool DCAS13X, and develops cutting -edge technologies for precise therapy heredity and deafness -RNA monocular base editor (MXABE) for common explicitly genetic deafness genes (MYO6), successful Improved the hearing of animal models. This is the first study in the world's first research on the successful and precise treatment of explicit deafness based on RNA single -alkali -based editing technology. It provides strong scientific evidence for the precise treatment of deafness and the safe clinical transformation of secure. News link: https://news.fudan.edu.cn/2022/0723/c5A132042/page.htm

Cross -scientific field

1. In the Department of Physics, Ji Minbiao, Affiliated Zhongshan Hospital Zhou Pinghong's project combination develops femtosecond -bearing Raman technology for gastroscopy biopsy rapid diagnosis

Recently, Professor Ji Minbiao of the Department of Physics at our school and Professor Zhou Pinghong's project combination of Professor Zhou Pinghong, Affiliated to our school, developed femtosecond -suffering from Laman's pathological imaging technology to achieve a real -time intelligent diagnosis of gastric endoscopic biopsy. Related research results are "Instant Diagnosis of Gastroscopic BiopSy Via Deep-Learned Single-SHOMULED RAMAN HISTOLOGY"). Published in Nature Communications, 13, 4050 (2022)].

News link: https://mp.weixin.qq.com/s/ustyzx1mobsi-rrihq

2. Shao Zhimin, Gu Yajia, and Brain Intelligence Research Institute Wang He team with Nanjing Information Engineering University Xu Jun Team "Medical Workers" to crack the diagnosis and pain points of three -negative breast cancer.

Recently, Professor Shao Zhimin, Director of the Precision Cancer Center of the Cancer Hospital of our school, Professor Shao Zhimin, Director of Breast Surgery, Professor Gu Yajia, Director of the Injection Hospital, Professor Yang Wentao, Deputy Director of the Department of Pathology, and the King of Institute of Intelligence Science and Technology of our school Team of Crane Researcher and Professor Xu Jun of Nanjing Information Engineering University "Medical Workers", through the "multi -disciplinary team combined+cross -regional medical workers cross -collaborative collaboration", developed the "Fudan Tumor "Smart solution. Related research results were published online in the journal "Cell Report · Medicine" of the US "Cell" magazine, "Basic Research" of the National Natural Science Foundation of China.