Gene. Topi. III

Shigeyuki Imura NHK Science and Technology Research Laboratories Japan
Demonstration of a highly sensitive crystalline selenium-based photoconversion layer applied to the CMOS image sensors

Yong Hyub Won Korea Advanced Institute of Science & Technology Korea
Low voltage and high diopter operated electrowetting lens fabrication

Shinya Yamada Osaka University Japan
Low-temperature molecular beam epitaxy of Heusler alloys

Dongseok Suh Sungkyunkwan University Korea
Application of 2D materials for high performance magnetic Hall sensor

Yosuke Kurosaki Hitachi Ltd. Japan
TBA

Andrew W Otieno Northern Illinois University USA
Effects of material flow stress models on the prediction of machining data : A case study of Low Carbon and Alloy Steels

Mikito Koshino Tohoku University Japan
TBA

Paddy Chan University of Hong Kong China
TBA

Bjørn K. Alsberg Norwegian University of Science and Technology Norway
Materials informatics for organic electronic materials

Anderson Janotti University of Delaware USA
Novel oxides for electronics

Ryusuke Ikeda Kyoto University Japan
Theory of field-induced transformation of vortex lattice structure in non-centrosymmetric superconductors

Zhigang Xie Chinese Academy of Sciences China
TBA

Tohru Higuchi Tokyo University of Science Japan
New Anode Material with Electron-Ion Mixed Condcution for SOFC  at Intermediate Temparature Region

Baolu Guan Beijing Univercity of technology China
Three-dimensional graphene fabrication and its application in optics

Pavel Javorsky Charles University Czech Republic
Vibron states – magnetoelastic coupling in Ce intermetallics

Jeff Sonier Simon Fraser University Canada
Magnetism in the topological Kondo insulator SmB6

Bae-Yeun Ha University of Waterloo Canada
TBA

Kesong Yang University of California San Diego USA
High-Throughput Computational Design of Perovskite-Based Advanced Functional Materials: Two-Dimensional Electron Gas Systems

Kyeongjae Cho University of Texas at Dallas USA
TBA

Tsai Dai-Shyang National Taiwan University of Science and Technology Taiwan
Coloration of the plasma electrolytic oxidation films grown on aluminum alloy

H. Peter Lu Bowling Green State University USA
TBA

Kee-Do Woo Chonbuk National University Korea
Fabrication and microstructure evaluation of porous metalic and ceramic based biomaterials using space holder

Qizhen Li Washington State University USA
Porous Magnesium Composites: Microstructure and Mechanical Characterization

Moisés Meza Pariona Universidade Estadual de Ponta Grossa Brazil
TBA

Kazuya Suzuki  Tohoku University Japan
Recent progress and future prospects for Mn-based spin device

Atsushi Fujimori University of Tokyo Japan
Magnetic anisotropies of transition-metal oxide thin films studied by XMCD

Guojun Liu Queen’s University Canada
TBA

Zhigang Xie Chinese Academy of Sciences China
TBA

Jianhong Xu Tsinghua University China
Multiphase microfluidics for functional materials preparation

Seok Lee Korea Institute of Science and Technology Korea
2 by 8 chemical vapor sensor array for environmental monitoring

Nana Zhao Beijing University of Chemical Technology China
Polycation functionalized nanoparticles for multifunctional delivery systems

Masahiko Kondow Osaka University Japan
Circular defect (CirD) photonic crystal laser

Olivier Soppera Université Haute-Alsace France
TBA

Shifeng Zhou South China University of Technology China
Photonic Glass for Broadband Optical Amplification

Sergey V. Makarov National Research University of Information Technologies Russia
TBA

Shao-Chieh Weng National Cheng Kung University  Taiwan
Synthesis of MnOx/reduced graphene oxide nanocomposite as an anode for lithium-ion battery

Xiaosong Wang Waterloo nstitute of nanotechnology  Canada
Organometallic Nano-vesicles assembled from metal carbonyl building blocks

Heinz-Bernhard Kraatz University of Toronto Scarborough Canada
TBA

Mujtaba Ellahi Balochistan University of Information Technology Pakistan
Comparative Analysis Of Epoxy Based Thin PDLC films Via PIPS Method

Jisoon Ihm Pohang University of Science and Technology Korea
Two-dimensional nanomaterials for energy storage

Kar Seng Teng Swansea University  UK
Scaled-up production of nanobiosensors

Andrew Grimsdale Nanyang Technological University Singapore
TBA

Tetsuya Yamamoto Kochi University of Technology Japan
Fast-response hydrogen gas sensor based on 50-nm-thick conductive ZnO polycrystalline films having grain boundaries designed with after-arc plasma

Mahesh Prasad Srivastava University of Delhi India
Plasma Route to Nano science and Nanotechnology

Wang Shijie Institute of Materials Research and Engineering Singapore
Large scale 2D materials growth and device applications

Nuria Anglada Ferrer Universitat Politècnica de Catalunya Spain
TBA

Jigang Wang Iowa State University  USA
TBA

Taixiang Liu China Academy of Engineering Physics China
Magneto-sensitive particle-based composite material and it’s tunable three-dimensional microstructure

Theo Lohmüller Ludwig Maximilian University of Munich Germany
TBA

Christian Heyn Universität Hamburg Germany
TBA

Koji Horiba Institute of Materials Structure Science Japan
Synchrotron radiation ARPES study of emerging materials

Operating Organization

Sponsors


Weizmann Institute of Science

Kwangwoon University