HOME > News&Events

News&Events

2-4 December, 2014

2014 MRS Fall Meeting & Exhibit
JST booth features a variety of novel materials

During the 2014 MRS Fall Meeting & Exhibit, JST will have our booth at MRS exhibition in Boston from December 2 to 4. JST booth will feature a variety of novel materials, covering from Polymers, Mechanoluminescence, Carbon, Semiconductors, Laser, Polarizer, Spin Devices, Sensor, Measurement Equipment, Cryogenics, Battery, and Oxide to Water which JST experts have strictly selected from over 3000 patents available for licensing. We are happy to welcome MRS participants at our booth.
* JST undertakes licensing activities in order to facilitate commercialization of the innovative research outputs originating from universities and JST funding programs.
Date : Tue Dec 2, 2014 - Thu Dec 4, 2014
Location: Hynes Convention Center, Boston, MA
JST Booth No. : 217
Event Web Site: http://www.mrs.org/fall2014/

Catalogue at MRS Fall Meeting/Exhibit

SN Category Technology
( Link to detailes PDF )
Inventor
( Link to ReaD & Researchmap )
Patent
( Links to J-STORE )
Related Patent
( Links to J-STORE )
2014-01 NEW MATERIAL Barnacle mimetic - fascinating underwater adhesion Atsushi TAKAHARA
(Kyushu University)
PCT/JP2014/068499
2014-18 BIO TECHNOLOGY LUCID: A simple and versatile technique for tissue optical clearing Hiroshi ONODERA
(The University of Tokyo)
WO2014/115206
2014-04 NEW MATERIAL Advanced Polymer Materials via Sophisticated Structural Control Atsushi GOTO
(Kyoto University)
WO2008/139980 ,
WO2009/136510 ,
WO2010/027093 ,
WO2010/140372 ,
WO2011/016166
2014-02 NEW MATERIAL Highly Bright Mechanoluminescence Material Chao-Nan XU
(National Institute of Advances Industrial Science and Technology)
USP7297295 ,
EP1538190
2014-03 NEW MATERIAL Commercialization Challenges in Graphene and Carbon Nanotube Fields Jun-ichi FUJITA
(University of Tsukuba)
JP5578639 ,
WO2010/110153 ,
WO2008/065790
2014-05 ELECTRONIC DEVICE SiNx-Passivated Single-Electron Transistors Having Top-Gate Electrodes Yutaka MAJIMA
(Tokyo Institute of Technology)
WO2013/129535
2014-06 ELECTRONIC DEVICE Energy Efficient Power Gating Architecture using NV-SRAM and NV-FF Satoshi SUGAHARA
(Tokyo Institute of Technology)
WO2013/172065 ,
WO2013/172066
2014-07 ELECTRONIC DEVICE Semiconductor Structure provided with AlON Film on top of Ge Layer Akira TORIUMI
(The University of Tokyo)
WO2014/030371
2014-11 MICRO (NANO) FABRICATION A micrometre-scale Raman Silicon Laser with a microwatt Threshold Yasushi TAKAHASHI
(Osaka Prefecture Univeresity)
WO2014/030370
2014-15 MEASURING EQUIPMENT Novel Terahertz Polarizer for Extremely High Extinction Ratio Takehito SUZUKI
(Ibaraki University)
JP5626740 ,
PCT/JP2014/071866
2014-08 ELECTRONIC DEVICE Spin Motor and Spin Rotary Member Atsufumi HIROHATA
(Univ. of York,UK)
WO2014/024697
2014-09 ELECTRONIC DEVICE Spin Transistor utilizing Rashba SO Interaction Makoto KOHDA
(Tohoku University)
WO2013/027712
2014-10 SENSOR High Performance Magnetic Coating Akihisa INOUE
(Tohoku University)
Hiroyuki WAKIWAKA
(Shinshu University)
US7357844 ,
US7906219 ,
WO2011/016399
2014-12 MEASURING EQUIPMENT Infrared Detector of single-photon sensitivity Susumu KOMIYAMA
(The University of Tokyo)
WO2010/137422  ,
WO2010/137423
2014-16 MEASURING EQUIPMENT Radiation Detector using Low-Dimensional Semiconducting Scintillator Kengo SHIBUYA
(The University of Tokyo)
WO2002/056056
2014-14 MEASURING EQUIPMENT Measuring properties of an object with Acoustically Induced Electromagnetic Waves (ASEM) Kenji IKUSHIMA
(Tokyo University of Agriculture and Technology)
WO2007/055057
2014-13 MEASURING EQUIPMENT Helium Circulation System (HCS) for MEG Tsunehiro TAKEDA
(The University of Tokyo)
WO2000/039513 ,
WO2004/070296 ,
WO2004/110269
EP1197716 ,
US7565809 ,
EP1600713 ,
US7672707 ,
EP1632176
2014-19 ENERGY 3.8 V Earth-Abundant Sodium Battery Electrode Atuo YAMADA
(The University of Tokyo)
PCT/JP2014/073162
2014-20 ENERGY Thermochemical Fuel Production by Non-Stoichiometric Perovskites Yoshihiro YAMAZAKI
(Kyusyu University)
WO2013/141385
2014-17 BIO TECHNOLOGY Safety Disinfection Technique by Plasma Treated Water Katsuhisa KITANO
(Osaka University)
WO2008/072390 ,
WO2009/041049
Technologies at exhibition
Quick Links Serected Technologies for Licensing
Contact

Japan Science and Technology Agency
Department of Intellectual Property Management
Science Plaza
5-3, Yonbancho, Chiyoda-ku
Tokyo 102-8666
JAPAN

Phone: +81-3-5214-8486
Fax: +81-3-5214-8417
Email:

Copyright(c) JAPAN SCIENCE AND TECHNOLOGY AGENCY. All rights reserved.