14.08.2013 Views

Science & Technology News from Japan - International Relations

Science & Technology News from Japan - International Relations

Science & Technology News from Japan - International Relations

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

Schweizerische Eidgenossenschaft<br />

Confédération suisse<br />

Confederazione Svizzera<br />

Confederaziun svizra<br />

Embassy of Switzerland in <strong>Japan</strong><br />

State Secretariat for Education and Research SER<br />

Nuclear Energy Systems & Services Division, and president of the Power Systems Company. Meanwhile, Takashi<br />

Kawamura, currently chairman of the board of both Hitachi Plant Technologies Ltd. and Hitachi Maxell Ltd. is to<br />

become representative executive officer, chairman, president and CEO of Hitachi.<br />

Positron-Imaging To Observe Substance-Movement In Living Plant<br />

(March 31, 2009)<br />

The <strong>Japan</strong> Atomic Energy Agency (JAEA) and Niigata University have jointly developed a plant positron-imaging<br />

technology that can observe the movements of various substances in living plants through the use of radioactive<br />

tracers. The Agency newly produced a radioactive nitrogen gas and established a method for purifying the gas<br />

promptly and administering it to a plant. This was the first time in the world that soybean root nodules had been<br />

successfully observed absorbing nitrogen in their natural condition. Based on the image data, JAEA has been able<br />

to find a practical use for the measurement of the nitrogen fixation ability of soybean root nodules.<br />

10. Physics<br />

High Efficient Method To Extract Light From Semiconductors<br />

(March 17, 2009)<br />

Research Institutes discovered that more than 50% of the spontaneous emission light generated<br />

in semiconductors with microscopic V-grooves is emitted into the air and have<br />

succeeded in explaining the mechanism. Semiconductor light-emitting materials are formed<br />

on substrates with microscopic V-grooves. When the light produced in the semiconductor<br />

material is totally reflected at the semiconductor-air interface, evanescent waves are<br />

generated. Due to the V-shaped surface structure of the material, evanescent waves<br />

originated <strong>from</strong> different crystal surfaces interfere with each other, and are transformed into light propagating in air<br />

with an efficiency of greater than 50%.<br />

Silicon’s Giant Magnetoresistive Effect In High Electric Field<br />

(March 18, 2009)<br />

Kyoto University has discovered that silicon exhibits significant changes in its electrical resistance in a high electric<br />

field. The phenomenon is called a 'giant magnetoresistive effect' and has contributed to radical improvements in the<br />

performance of PC hard disks and magnetic sensors. The discoverer of the effect won the Nobel Prize in Physics<br />

for 2007. As a semiconductor material, silicon has been studied intensively for more than 50 years, but its magnetoresistive<br />

effect had not been known. This may help the development of magnetic memory devices made of silicon,<br />

an inexpensive material.<br />

Secondary Beam Line In Hadron Experimental Hall Completed<br />

(March 31, 2009)<br />

The Nuclear and Particle Physics Facility (Hadron Experimental Hall) inside the <strong>Japan</strong> Proton Accelerator Research<br />

Complex (J-PARC) at Tokai Village recently completed work on constructing the secondary particle beam<br />

line "K1-8BR," using it to successfully produce and transport secondary particle beams. The facility is co-owned by<br />

JAEA and the High-Energy Accelerator Research Organization (KEK) and will use proton beams of great intensity<br />

to produce secondary particle beams containing large amounts of K mesons, π mesons, antiprotons and muons for<br />

use in research in such fields as subatomic physics and nuclear physics.<br />

11. Intellectual Property Rights / <strong>Technology</strong> Transfer / Alliances<br />

DRAM <strong>Technology</strong> And Patents For New Governmental Taiwan Firm<br />

(March 09, 2009)<br />

Taiwan will set up a company to attract overseas technology, including <strong>from</strong> <strong>Japan</strong>, for the manufacture of dynamic<br />

random access memory chips in a bid to rescue the island's DRAM industry. The Ministry of Economic Affairs' plan<br />

to establish the ''Taiwan Memory Co.'' The company's primary goal will be to solicit overseas DRAM technology<br />

and patents -- especially <strong>from</strong> Elpida Memory Inc., <strong>Japan</strong>'s biggest chipmaker, and U.S. chipmaker Micron <strong>Technology</strong><br />

Inc. -- in exchange for aid or financing <strong>from</strong> Taipei. With overseas patents and technology <strong>from</strong> Elpida and<br />

Micron in its possession, the company would be positioned to share those assets with local chipmakers.<br />

<strong>Science</strong> & <strong>Technology</strong> <strong>News</strong> <strong>from</strong> <strong>Japan</strong>, Template 2009 • Felix Moesner, <strong>Science</strong> & <strong>Technology</strong> Attaché Page 26 of 28

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!