Full Prof. Piao, Hong-Guang (朴红光, 박홍광)
Department of Physics，College of Science, Yanbian University, Yanji 133002, P. R. China
TEL: +86(0)433-273-2756 (Office), Email: hgpiao@ybu.edu.cn
【Personal Homepage】https://homepage.ybu.edu.cn/hgpiao
【ResearchGate】https://www.researchgate.net/profile/Hong-Guang_Piao
【ScholarMate】https://www.scholarmate.com/P/hgpiao
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【EDUCATION】
(1) 1997.09-2001.06, (China) Yanbian University, Department of Physics, Physics Education: Jinhu Lin (B.S. supervisor)
(2) 2001.09-2004.06, (China) Yanbian University, Department of Physics, Condensed Matter Physics: Shou Zhang (M.Sc. supervisor)
(3) 2007.09-2011.02, (Korea) Chungbuk National University, Department of Physics, Condensed Matter Physics: Dong-Hyun Kim (Ph.D. supervisor)
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【CARRIERS】
(1) 2004.07-2011.08, Jiangsu Ocean University (Huaihai Institute of Technology), College of Science: Lecturer / Associate Professor
(2) 2011.09-2013.08, Tsinghua University , School of Materials Science and Engineering (Key Laboratory of Advanced Materials), Beijing National Center for Electron Microscopy: Postdoctoral Research Fellow (in Research Group of Prof. Xiaozhong Zhang)
(3) 2016.02-2016.07, (Korea) Chungbuk National University, Institute of Basic Science: Visiting Researcher
(4) 2013.09-2022.05, China Three Gorges University, Department of Physics: Associate Professor / Full Professor
(5) 2022.06------Now, Yanbian University, Department of Physics: Full Professor
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【RESEARCH EXPERIENCE】
(1) 2001-2007, Mainly interested in fundamental physics problems related to field and object interaction based on J-C / T-C model in the field of quantum optics (From MA.Sc.)
(2) 2007-2011, Mainly interested in spin topological structure characteristics, spin dynamics based on the behavior of magnetic domain walls, design of logic/memory devices based on magnetic characteristics of micro-/nano- structure, and analysis of magnetic material characteristics based on micromagnetic simulation (From PhD.)
(3) 2011-2017, Mainly interested in spin topology structure and its dynamics, spintronics based on the mechanism of thin film magnetization behaviors, functional magnetic materials based on transformation effect between magnetic - thermal - electric energies, analysis of magnetic materials based on micromagnetic simulation, and functional device design and performance analysis based on semiconductor magnetoresistance effect (From Postdocs)
(4) 2017-2022, Mainly interested in spin topological structure, spintronics, spin dynamics, magnetic functional materials and micromagnetic analysis, magnetic sensitive semiconductor device. In particular, developed a great interest in metal/alloy corrosion behavior and mechanism in the ocean as well as its physical anticorrosive technology (in CTGU)
(5) 2022-Now, Mainly interested in Spintronics, Spin dynamics, Magnonics，Micromagnetism, Magnetic functional materials, and other Fields related to fundamental application of Magnetism. Particularly interested on magnetic logic devices, magnonic devices, and 3D weak magnetic field sensor based on chiral spin texture dynamics (in YBU)
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【TEACHING CURRICULUM】
Undergraduate Courses: Semiconductor Physics, Solid State Physics, Materials Physics, Fundamentals of Magnetoelectronics
Graduate Courses: Spintronics, Physics of Semiconductor Materials and device, Advanced Solid State Physics
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