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Title: evidence of superconductivity with odd parity in srxbi2se3 and Bi2Te3 / fete0.55 se0.45 heterostuctures
Reporter: Wen Haihu
Setting: Nanjing University
Time: August 22, 2018
Location: Beijing
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Report summary
Superconductivity with Two-fold symmetry in SrxBi2Se3 measured by c-axis transport measurements
Drive the surface Dirac electrons into Cooper pairs in SrxBi2Se3
Direct observation of two-fold SC in Bi2Te3/Fe(Te, Se)
Personal profile
Wen Haihu is a professor of Nanjing University and a member of the American Physical Society. In 1991, he graduated from the Institute of plasma of Chinese Academy of Sciences with a doctor's degree. From October 1991 to October 1993, he worked as a postdoctoral researcher in Dutch Free University; from October 1993, he returned to the Institute of physics, Chinese Academy of Sciences; from October 1996 to May 1998, he worked in the Humboldt scholar research program in Ulm University, Germany; from October 1996 to May 1998, he was employed as a researcher by the Institute of physics; in 1998, he won the National Outstanding Youth Fund; from 2003 to 2008, he served as the director of outstanding innovation group of the Foundation Committee; from 2005 to 2010, he served as He served as the chief scientist of the 973 project of the Ministry of science and technology of the people's Republic of China, the director of the State Key Laboratory of superconductivity from 2000 to 2009, and the chief scientist of the 973 project of the Ministry of science and technology of the people's Republic of China, the research on new high temperature superconductive materials and physical problems from 2010 to 2015. In 2013, he was selected into the "national one billion Talents Project", and in 2014, he served as the head of innovation team in key areas of innovation talents promotion plan of the Ministry of science and technology. In 2000, he won the China Youth Science and Technology Award; in 2004, he won the second prize of National Natural Science for the research of high temperature superconductor flux dynamics; in 2009, he won the "collective Award for outstanding scientific and technological achievements" of Hong Kong Qiushi science and technology foundation for his contribution to iron-based superconductor research; in 2010, he won the Asian achievement award issued by overseas Chinese Physics Society; in 2013, he won the second prize of National Natural Science for his contribution to iron-based superconductor research The research contribution won the first prize of National Natural Science (the fourth adult). Currently, he is the editorial board member of physica C, philosophical magazine, Chinese Physics Letters, Chinese Science Series G, physics progress and Chinese material progress. He is mainly engaged in the research of high temperature superconducting materials and physical problems, including the exploration and synthesis of new superconducting materials; the research of new unconventional superconductor mechanism and flux state physics by means of electric transport, thermodynamics, precise magnetization and scanning tunneling spectroscopy; the research of unconventional electronic state materials and physical properties, especially the materials with non Fermi liquid behavior and quantum critical characteristics.
Brief introduction to the meeting
Conference title: the 12th International Conference on superconducting materials and mechanisms
Time: August 19, 2018 Venue: Beijing organizer: State Key Laboratory of superconductivity, Institute of physics, Chinese Academy of Sciences
The 12th International Conference on materials and mechanisms of superconductivity and high temperature superconductors (m2s-2018) was held in Beijing International Conference Center from August 19 to 24, 2018 for 6 days. The president of the conference is Zhou Xingjiang, director of the State Key Laboratory of superconductivity, Institute of physics, Chinese Academy of Sciences, and Zhao Zhongxian, director of the academic committee.
The International Conference on superconductive materials and mechanisms began in 1988. It was initiated and held because Johannes Georg bednorz and Karl Alexander m ü ller, the Nobel Laureates in physics, discovered copper oxide superconductors. Now every three years, it is the largest and most influential academic event in the field of international superconductivity research. The holding of this conference is beneficial for the international superconductor research colleagues to show their latest achievements, exchange with each other and promote cooperation.
————Excellent review of previous period: presented by State Key Laboratory of superconductivity, Professor Yu Rong, Renmin University of China: original selectivity and Modernity in Fe based superconductors
Presented by State Key Laboratory of superconductivity Professor Cai chuanbing of Shanghai University: hydraulic pressure effect on critical current density and vortex dynamics in REBaCuO covered conductors derived by metallic disposition
Presented by Li Yuan, associate professor, Beijing University: spin orbit coupling and "preferred" magnetic exceptions in iron based superconductors
Kavli its workshop Majorana modes |: vortex bound states and Majorana modes in fete0.55se0.45 and Bi2Te3 / fete0.55se0.45
[University Channel] presented by Department of astronomy, University of science and technology of China Professor Sergei D. odintsov, Spain International Space Science Center: the universal evolution and modified gravity: an overview (structure 1-2)
● [University Channel] Zhao Jiuzhang · Hou Defeng, master lecture hall, University of science and technology of China Professor John plane, University of Leeds, UK: cosmic dust, comets, meteors and climate
Yang Fan, researcher of Dalian Institute of Chemical Physics, Chinese Academy of Sciences: scanning probe and nano spectroscopy (Lecture1-4)
● [University Channel] presented by Caffrey Institute of theoretical science, vice professor Li Wei of Tsinghua University: evidence of empirical Majorana bound states in 2m-ws?
[University Channel] presented by Professor Wang Wenge, Nanjing Normal University, School of physical science and technology: Micro dynamics foundation of the concept of equilibrium state of quantum isolated system -- present situation and Prospect
● [University Channel] presented by the International Research Center for quantum and molecular structure of Shanghai University
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