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 HỘI NGHỊ GIAO LƯU KHOA HỌC VIỆT NAM-NHẬT BẢN LẦN THỨ 12

​--Kết nối Hiện tại, Định hướng Tương lai--

Ngày 17 Tháng 9 Năm 2022 , ONLINE

​CHƯƠNG TRÌNH

PHIÊN 2

Khoa học vật liệu

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Assoc. Prof. Le Van Lich

School of Materials Science and Engineering Hanoi University of Science and Technology

Keywords: Phase-field Model, Microstructure, Morphology, and Mesoscopic scale

Phase-Field Model: A Powerful Computational Method for Microstructure Evolution at the Mesoscopic Scale

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Dr. Lich received his Ph.D. degree in Engineering from Kyoto University in September 2016. He then worked as a Postdoctoral Research Associate at Kyoto University (2016–2017). He joined Hanoi University of Science and Technology as a Researcher and Lecturer in 2017. His research mainly focuses on phase field modeling, molecular dynamics simulation, and finite element analysis of the multifield coupling properties of ferroic materials and fracture mechanics.

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Prof. Pham Nam Hai

Department of Electrical and Electronic Engineering, Tokyo Institute of Technology

Keywords: Topological Insulator, Spin Hall Effect, Spin Orbit Torque, MRAM

Topological insulator with giant spin Hall-related phenomena for spintronic applications

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Pham Nam Hai is an associate professor at Tokyo Institute of Technology with expertise in spintronics. His research interests include ferromagnetic nanoclusters, ferromagnetic semiconductors, ferromagnet/semiconductor hybrid systems, topological insulators,

and their applications to spintronic devices including magnetic sensors, spin-based transistors, SOT-MRAM, and skyrmions. His group developed one of the most efficient spin current source using BiSb topological insulator for SOT-MRAM application. He is currently a research director for the Japan Science and Technology – CREST research program “Spin-orbit-torque magnetic memories utilizing topological surface states”, and a visiting associate professor at Center for Spintronics Research Network (CSRN), the University of Tokyo. He received the SSDM Young Researcher Award (‘09), the Ando Memorial Award (‘14), the Marubun Research Award (‘17), the German Innovation Award (Gottfried Wagener Prize) (‘19), and the MSJ Outstanding Research Award (‘20).

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Prof. Seiichi Kawahara

Department of Materials Science and Technology, Nagaoka University of Technology

Keywords: Natural Rubber, Proteins, SDS, Urea, Mechanical Properties

Preparation of Protein-free Natural Rubber for the Establishment of "Natural Rubber Chemistry"

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