・Three Dimensional Modeling & Noise Simulation Lab
Three-dimensional SI/PI/EMI simulation technology and design optimization for automotive electronics H. Asai・Imaging Devices Lab
Image sensor research and development for ultra-high time, spatial and amplitude resolutions S. Kawahito
Image sensors for high sensitivity and high energy physic N. Teranishi
Ultra-high-speed, ultra-high-sensitivity, and functional multi-aperture camera K. Kagawa
Time-of-Flight CMOS image sensors with sub-mm range resolution K. Yasutomi

・Vision Integration LabVacuum nanoelectronics for sensing and imaging H. Mimura
Study of pottassium ion electret and its application to MEMS devices G. Hashiguchi
Advanced radiation imaging and its application T. Aoki
Plasmonics for sensing and imaging Y. Neo
Spin state control in semiconductor nano structure T. Ito
Signal processing and material development for radiation sensors T. Masuzawa
Vacuum nanoelectronics for imaging devices and aerospace applications J. Moon・ Nanomaterials Integration Lab
Chemical processing of ceramic thin films and nanoparticles H. Suzuki
Preparation of functional ceramic thin films via vapor phase processing N. WakiyaNano-structure analysis of thin films by TEM and AFM N. Sakamoto

・ Material Science Lab
Crystal growth of energy-related high quality materials Y. Hayakawa
Fabrication of novel nitride-based light-emitting materials and their application for DUV light sources K. Hara

・ Biomembrane Dynamics Imaging Lab
Investigation on functions and dynamics of biomembranes using the single GUV method M. Yamazaki
Physiological significance of lipids in photosynthetic organisms K. Awai
Single crystalization of lipidic cubic phase and its application to phase transition study T. OkaMEXT JOINT USAGE/RESEARCH CENTER
Imaging Device Research Center
Ministry of Education,Culture, Sports, Science andTechnology, MEXT・ Nanosystem Integration Lab
Research on integrated nanodevices for circuits and systems H. Inokawa
Development of super resolution imaging device by surface plasmon resonance A. Ono
Study on label-free biosensing using SOI integrated circuits with surface plasmon antenna H. Satoh・ Nanodevice Lab
Research on energy conversion between charge/spin and lattice on nano- and atomic scales. Y.Ono
Fabrication of micro- and nano-photonic structures by femtosecond laser lithography V. Mizeikis
High-sensitivity infrared photodetector and high-efficiency thermoelectric power generator using silicon nanowires
H. Ikeda
Tunneling Silicon nano-transistors using dopant atoms D. Moraru
Control of charges and spins using localized states in silicon transistors M.Hori

・ Optical Science Lab
High resolution optical imaging with electron beam excitation for biological applications Y. Kawata
Development of microscope techniques for micro and nano meter scale manipulation of biological samples
F. Iwata
Optical microscopy beyond the diffraction limit W. Inami
Three dimensional in-process measurement and geometric modeling for the nano-micro manufacturing industry

S. Usuki・ Biomedical Sensing Systems Lab
Development of terahertz laser spectrometer and its application to detect molecular defects T. Sasaki
Non-invasive hemodynamic measurement system using visible and near-infrared spectroscopy M. Niwayama

International Collaboration
Academy of Science of Moldova
Brookhaven National
Albert Ludwigs University
Laboratory
Budapest University of Technology and Economics
Santa Clara University
Carleton University
University of Toledo
Chernivtsi Yury Fedkovych National University
Utah State University
Greek Atomic Energy Commission
Victoria University
Institute for Single Crystals of National Academy of Sciences of Ukraine
Wright State University
Institute of Nuclear Physics
University of California, Irvine
Institute of Nuclear and Particle Physics
Academia SinicaJožef Stefan InstituteInstituteofAtomicandMolecularSciences
Kaunas University of Technology
Institute of Physics Chinese Academy of Science
National Center of Radiobiology and Radiation Protection
Korea Advanced Institute of Science and Technology
National Taras Shevchenko University of Kiev
Kyungpook National University
National Technical University of Ukraine
Nankai UniveristyÓbuda University
National Taiwan University
Politecnico di Torino
National Taipei University of Technology
Riga Technical University
National Tsing Hua University
Russian Academy of Science
Ocean University of China
Southermpton University
Pusan National UniversitySt. Petersburg State Institute of Technology
Tongji University
Technical University of Darmstadt
Yonsei University
Technical University of Moldova
Technological Educational Institute of Chalkida
Agency for Science, Technology and Research
Universidad Autonoma de MadridAnna University
University of Southern Denmark
Alagappa University
University of Wuppertal
CurtinUniversityof Technology
Vilnius University
Homi
BhabhaNationalInstitute
V.E. Lashkaryov Institute of Semiconductor Physics
Indonesian Institute of Sciences
Warsaw University of Technology
Karunya University
King Mongkut's University of Technology
Nanyang Technological University
National University of Singapore
Peelamedu SamaNaidu Govindasamy College of Technology
Sivanthi Aditanar College of Engineering
Sri Ramaswany Memorial University
Swinburne University of Technology
University of Dhaka
University of Indonesia
Vellore Institute of Technology University
West Hamamatsu

Hamamatsu
Tomei Expwy

JASDF

HERE !
To Kanzan-ji
LakeSanaru

R257

Public Transit
・JR Hamamatsu Station (Shinkansen, JR Tokaido Line)・Taxi: 10 min., about 1,000 Yen
・Bus: North Exit Bus Station, No.15 & 16, about 15 min.

NBus Stop
Shizuoka Univ.

Hamamatsu Castle

Contact Us
R1

City HallAct City

Bus Station

JR Hamamatsu
For Osaka・Email: rie-soumu@adb.shizuoka.ac.jp
・Phone: +81-53-478-1301
・Fax: +81-53-478-1651
・Address: Johoku 3-5-1, Hamamatsu, 432-8011, Japan

Joint Usage/ Research Center
MEXT

Research Institute of Electronics
Create the Future by Ultimate Imaging TechnologyElectronics is a fundamental study of all the industrial and scientific technologies. Research Institute ofElectronics (RIE) originated from Prof. Kenjiro Takayanagi’s television laboratory at the former Hamamatsu
Technical College at the end of the Taisho era. RIE was founded in 1965 as an institute attached to Shizuoka
University, aiming to carry out researches related to electronics. Now RIE has four research divisions;Nanovision Research Division, Advanced Device Research Division, Nanomaterials Research Division andBiomedical Photonics Research Division. RIE intensively studies photonics and electronics to pioneer novel
imaging science, and educates undergraduate students and graduate students in master and doctoralcourses. RIE was designated as a “Joint Usage/ Research Center” by MEXT in 2013. RIE also plays mainroles at Shizuoka University for the both projects of “International Research Center for Photonics” and“Center of Innovation (COI)”, which are jointly proposed by Hamamatsu Photonics Co. Ltd., Hamamatsu
University School of Medicine, The Graduate School for the Creation of New Photonics Industries andShizuoka University. In addition, The Research Center of Biomedical Engineering(RCBE) was established inApril 2016 in collaboration with the Institute of Biomaterials and Bioengineering at Tokyo Medical and Dental
University, the Laboratory for Future Interdisciplinary Research of Science and Technology at Tokyo Instituteof Technology, the Research Institute of Nanodevice and Bio Systems at Hiroshima University, and RIE. We
have gained a position as an international research center by creating novel imaging science based onnanotechnology.

For Tokyo
Taxi Stand2017-2018

URL: http://www.rie.shizuoka.ac.jp