Media Report etc.


2016

Date2016/ 8 /16
TitleWie Atomuhren vor Vulkanausbrüchen warnen können
MediaWissenschaft aktuell
Date2016/ 8 /16
TitleHeight difference measurement through comparison between optical lattice clocks:
New application of clocks as a probe for crustal activities
MediaJapan Science and Technology Agency
Date2016/ 5/ 17
TitleWhy Do Physicists Want A 'Nuclear Clock'?
MediaForbes
Date2016/3/31
TitleView From…Challenges in Precision Science, A never-endi g quest
MediaNature Photonics 10, 213-215
Date2016/3/1
TitleAccelerating comparisons of ytterbium and strontium optical lattice clocks:
Swift, ultra-precise measurements of frequency ratios may open new windows for science
MediaJST, The University of Tokyo, RIKEN

2015

Date2015/ 5/27
TitleHighly-precise comparison of Hg and Sr optical lattice clocks
- a step towards redefinition of time standard -
MediaJST, The University of Tokyo, RIKEN
Date2015/2/24
TitleJapan clocks to keep time for 16 billion years
MediaL'Agence France-Presse, Tokyo, THE TIMES OF INDIA
Date2015/2/24
TitleJapanese researchers build most accurate clocks in the world, able to keep time for 16 billion years
MediaL'Agence France-Presse, Tokyo, ABC News
Date2015/2/23
TitleJapanese researchers built the most accurate clocks ever
MediaL'Agence France-Presse, Tokyo, BUSINESS INSIDER
Date2015/2/23
TitleJapan clocks keep time for 16 billion years
MediaL'Agence France-Presse, Tokyo, PHYSORG
Date2015/2/23
TitleNever be late again: Japan makes clocks which will keep time for 16 billion years
MediaL'Agence France-Presse, Tokyo, TRIBUNE
Date2015/2/23
TitleJapan's 'Cryogenic optical lattice' clocks keep time for 16 billion years
MediaL'Agence France-Presse, Tokyo, AL ARABIYA NEWS
Date2015/2/10
TitleClock For the Ages Measures More Than Just Time
MediaWall Street Journal
Date2015/2/10
TitleDevelopment of highly-precise optical lattice clocks successfully - a step towards future time standard
-Synchronous ticking of two clocks, with one second deviation in 16 billion years - more than the age of our universe-
MediaJST, The University of Tokyo, RIKEN
Date2015/2/9
TitleThe world's most accurate clock: Scientists create way of measuring time that loses one second every 16 BILLION years
MediaMail Online
Date2015/2/9
TitleA centimeter of time: Cryogenic clocks pave the way to new measurements
MediaPHYSORG

2014

Date2014/6/17
TitleA step forward to miniaturizing "optical lattice clocks"
A technique allowing high-precision portable-clocks will open up clocks' new applications in the future.
MediaJST, The University of Tokyo, RIKEN

2013

Date2013/1/26
TitleThe Ultimate Clock
MediaScience News

This project has been jointly implemented with the following institutions:

The University of Tokyo
Japan Science and Technology
Agency
RIKEN