OSHIMA Yoshifumi

Nano-Characterization for innovation
- In-situ TEM/SEM Observation -

SUZUKI Toshi-kazu

Compound semiconductor devices
for functional diversification of electronics

Compound semiconductors, High-speed devices, Energy-saving devices, Device characterization

YAMADA-TAKAMURA Yukiko

Development of nanomaterials based on the understanding of surface and interface

nanomaterials, 2D materials, thin films, ultra-high vacuum, hetero-epitaxial growth, surface and interfaces

TOKUMITSU Eisuke
*This Lab. is not accepting new student.

Create new high-performance electron devices using functional materials

thin film transistor, oxide semiconductor, ferroelectric material, nonvolatile memory

HORITA Susumu
*This Lab. is not accepting new student.

Creation of electronic films and electron devices by your own energy-saving technique

thin film, low-temperature process, silicon-based materials, crystallization, semiconductor, insulator, cellulous nanopaper, environmentally friendly materials

MAENOSONO Shinya

Nanoparticle Science and Technology From Synthesis to Applications

quantum confinement effect; localized surface plasmon resonance; superparamagnetism; energy harvesting; nanomedicine; sensing

MURATA Hideyuki

Development of High Performance and Stable Organic Electronic Devices

Organic Light Emitting Diodes, Organic Solar Cells, Organic Field Effect Transistors, Operando measurements, Exciton dynamics in organic semiconductors

AKABORI Masashi

Spintronics Research in Semiconductor Nanowires

Semiconductors, Magnetic metals, Nanofabrication, Electrical measurement, Magnetic field, Low temperature

AN, Toshu

Quantum spin dynamics; sensing, control, and imaging

quantum sensing, diamond NV center, magnetic resonance imaging, spin waves, scanning probe microscopy, laser confocal microscopy

HO Anh-Van

Utilization of materials softness in development of novel robotic mechanisms

soft robotics, soft robotic hands, soft sensor, morphological computation, bio-inspired robots

YAMAMOTO Yuko S.

Exploring the nanoworld using surface
enhanced spectroscopy

Spectroscopy, Raman spectroscopy, surface enhanced spectroscopy, surface-enhanced Raman scattering (SERS), tip-enhanced Raman scattering, nanomaterials