Gene. Topi. XII

Florian Wendler Technische Universität Berlin Germany
Microscopic modeling of graphene-based photoemitting and -detecting devices

Benoit Guiffard University of Nantes France
Electromechanical couplings in soft polymers for actuation and sensing applications

Yoshifumi Morita Gunma University Japan
Quantum Design of CNT/graphene-based Superconducting Devices

Marina Ratova  Manchester Metropolitan University UK
Production of Photocatalytic Materials by Magnetron Sputtering

Amitesh Paul University in Garching bei München Germany
Structural and magnetic correlations in emergent materials

Wonhee Lee Korea Advanced Institute of Science and Technology Korea
Non-collapsing flexible thin-film microfluidics with microscale bending radius

Wojciech Dzwolak Polish Academy of Sciences Poland
Superstructures of protein nanofibrils: From disease to building blocks of molecular devices

Seiji Samukawa Institute of Fluid Science Tohoku University Japan
Neutral Beam Technology for Future Nano-materials and nano-devices

Xiaohui Yu Chinese Academy of Sciences China
ZrB12 discovered as a metallic diamond

John D. Baniecki Fujitsu Limited Japan

Micha Polak Ben-Gurion University of the Negev Israel
Unique Phenomena Predicted for Phase-Separating Alloy Nanoparticles

Nitish Kumar University of New South Wales Australia
Transport properties of BaTiO3-Bi(Zn1/2Ti1/2)O3 ceramics

Young Min Jhon Korea Institue of Science and Technology Korea
TMD Materials and their Applications

Kung-Hsuan Lin Academia Sinica Taiwan

Jun Hu Tsinghua University China
Nonlinear Polymer Composite with Adaptive Dielectric Characteristics to Applied Electrical Field

Yun-Hi Kim Gyeongsang National University Korea
Development of Organic Semiconducting Materials for Environmental-Friendly Processable OTFT

Katsuhiro Isozaki Kyoto University Japan
Catalytic application of self-assembled monolayer-functionalized gold nanoparticles

Kin Chung Fong Raytheon BBN Technologies and Harvard University USA
2D materials for quantum information technologies

Wataru Norimatsu Nagoya University Japan
Interface engineering of epitaxial graphene on SiC

Jae-Hong Lim Korea Institute of Materials Science Korea
Electrochemical approach for highly efficient thermoelectric materials

Boaz Pokroy Technion – Israel Institute of Technology Israel

Dong-Sheng Ding University of science and technology of china China
Quantum memory of orbital angular momentum entanglement

Vinod Kumar Indian Institute of technology Delhi India
Up and down conversion nano-phosphors: A future approach for solid state lighting and solar cell

Michael Lorenz Universität Leipzig – Fakultät für Physik und Geowissenschaften Germany
Magnetoelectric coupling in multiferroic epitaxial thin film superlattices built from oxides

Hong Sun Shanghai Jiao Tong University China
Generate extreme terapascal static pressure within diamond anvil cell: A first principles predication

Marcelo Rozenberg CNRS – University of Paris Sud, Orsay France
Artificial neurons and synapses from Mott matrials

Xian-An Cao West Virginia University USA
Optoelectronic stress sensors based on organic and nanocomposite materials

Julien Madeo Okinawa Institute of Science and Technology Japan
Ultrafast dynamics of atomically thin black phosphorus

Mihail P. Petkov California Institute of Technology USA
Porosity characterization of mesoporous aerogels using positron annihilation spectroscopy, nitrogen adsorption and molecular diffusion

Qi Li Tsinghua University China
High temperature polymer nanocomposites for dielectric capacitors

Kazuhiro Kanda University of Hyogo Japan
Erosion process of fluorinated diamond-like carbon films by exposure to soft X-rays

Irina Antonova Siberian Branch of Russian Academy of Sciences Russia
Graphene – based field effect transistor: approaches for engineering

Maria Visa Transilvania University of Brasov Romania
Nanocomposite WO2-TiO2/Fly ash with dual functionality in simultaneous removal of pollutants from wastewater

Tomasz J. Ochalski Cork Institute of Technology Ireland
Optical properties and emission dynamics of groups IV and III-V nanomaterials

Zheng Li Xiangtan University China
Development of Novel Semiconductor Detectors for Particle and Photon Detection

Jiwang Yan Keio University Japan
Microstructural changes of semiconductor materials in precision machining processes

Seong Shan Yap Multimedia University Malaysia

Mohammad Alidoust University of Basel Switzerland
Superconductivity in Type-II Weyl Metals

Zhiyuan Li Institute of Physics Chinese Academy of Sciences China

Min-Chuan Wang Institute of Nuclear Energy Research Taiwan
All-solid-state metal-oxide thin film devices fabricated with the plasma coating technology

Yoshiro Hirayama Tohoku University Japan
New aspects of compound semiconductor quantum-point-contact

Gavin Bell University of Warwick UK
Functional Spintronic Materials: Interfaces, Defects and Temperature

Esteban Cruz Coordination for the Innovation and Applicattion of Science and Technology Mexico
High-index substrates for nanoscale Y-junctions self-assembling

Daiki Hatanaka Nippon Telegraph and Telephone Japan

Inhee Maeng Gwangju Institute of Science and Technology Korea
Ultrafast Terahertz Dynamics of Graphene Nanostructures

Shixuan Du Chinese Academy of Sciences China

Thierry Baron Université Grenoble Alpes LTM France
Growth and integration of group IV nanowires for Tunnel FET devices

Varun Vohra University of Electro-Communications Japan
Self-assembled nanomaterials: applications to biomimetic iridescent materials, low-cost pressure sensors, nanopixel-like light-emitting devices

Sanghuyk Wooh Max Planck Institute for Polymer Research Germany
Photocatalytic active super liquid-repelling surfaces

Jie Song Shanghai Jiaotong University China
Dynamic DNA nano-system with information control

Kwan-Soo Lee Los Alamos National Laboratory USA

Akihiro Murayama Hokkaido University Japan
Spin transfer dynamics in III-V compound semiconductor quantum dots integrated with layered quantum structures

Operating Organization


Weizmann Institute of Science

Kwangwoon University