CEMS Topical Meeting on Oxide Interfaces 2015

CEMS Topical Meeting on
Oxide Interfaces
2015

November 5-6, 2015
Okochi Hall, RIKEN

Speakers

Invited Speakers

Yasushi Hirose (University of Tokyo)
Electrical functionalities of oxynitride epitaxial thin films
Taro Hitosugi (Tohoku University)
Scanning tunneling microscopy studies of 2D electronic states on perovskite oxide surfaces
Daisuke Kan (Kyoto University)
Tuning functional properties by interfacially engineering oxygen coordination environment in transition-metal oxides
Yusuke Kozuka (University of Tokyo)
Magnetic domain wall conduction at all-in-all-out antiferromagnetic heterointerfaces
Hiroshi Kumigashira (KEK-PF)
Novel two-dimensional electron liquid states in quantum well structures of strongly correlated oxides
Mikk Lippmaa (University of Tokyo)
Structured water on oxide surfaces
Hiromichi Ohta (Hokkaido University)
Electro-chemical modulation of functional properties for oxide thin films using water-infiltrated nanoporous glass
Munetoshi Seki (University of Tokyo)
Ferrite engineering for solar energy harvesting system
Naoya Shibata (University of Tokyo)
Direct electromagnetic field imaging in materials by scanning transmission electron microscopy
Hidekazu Tanaka (Osaka University)
Nanostructured correlated oxides with sensitized phase transition phenomena
Takeaki Yajima (University of Tokyo)
Interaction between 2D electrons and 3D metal-insulator transition in VO2-channel transistors
Hiroyuki Yamada (AIST)
Growth- and interface- control for ferroelectric tunnel junctions
Takeshi Yanagida (Kyushu University)
Single crystalline metal oxide nanowires
Yoichi Yanase (Kyoto University)
Exotic superconductivity in artificial heterostructures

CEMS Speakers

Jobu Matsuno (RIKEN CEMS)
Interface-driven topological Hall effect in oxide heterostructures
Masao Nakamura (RIKEN CEMS)
Spontaneous polarization and bulk photovoltaic effect induced in designed interface of oxide heterojunctions
Pu Yu (Tsinghua University & RIKEN CEMS)
Conductance at 71o domain walls in BiFeO3 thin films