Director's Corner
by Hitoshi Murayama
The default collision of the energy of the ILC has always been 500 GeV with promises of an upgrade to 1000 GeV. A while ago, alternative scenarios of a staged ILC that would start at 250 GeV and ramp to 500 GeV later were discussed. All scenarios were evaluated in the community and Hitoshi Murayama reports on the result: the ILC would start at 500 GeV, then go down to lower energies before possibly receiving an upgrade to even higher ones.
In the News
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from Fermilab Today
19 June 2015
This accelerator R&D lab, Fermilab’s most advanced and modern, has just gotten a new and fitting name: the FAST Facility.
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from Casa Brutus
18 June 2015
4月下旬、ドイツ、オーストラリア、カナダ、中国、イギリスなど海外の研究施設に所属するコミュニケーターが建設予定地を訪れた。(In late April, communication specialists around the world visited preferred ILC construction site in Japan)
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from Iwate nichi nichi
16 June 2015
「街なか音の祭典」は14日、水沢商人まつりと同時開催され、会場一帯はにぎわいを見せた。国際リニアコライダー(ILC)の誘致PRと市国際交流協会の活動を紹介するブースも設けられ、市民が関係者に気軽に話し掛けていた。(The music and merchants festival was held in Oshu city on 14 June. The ILC booth was set by the city’s International Relations Association, promoting the project to general public)
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from Fermilab
10 June 2015
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from symmetry
5 June 2015
How do accelerators survive in some of the most earthquake-prone regions on Earth?
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