ＩＬＣの国内候補地が北上山地に決まったことを受けて、誘致をしている宮城、岩手両県内の自治体関係者らが、仙台市泉区の東北インターナショナルスクールを視察した。(Following the announcement of Kitakami as a candidate site fro the ILC in Japan, officials from Iwate and Miyagi prefecture visited the Tohoku international school in Sendai.)

Israel contributes to the LHC and CLIC accelerators, and operates a tier-2 centre of the Worldwide LHC Computing Grid.

(..) Michel Spiro,(…) présente les alternatives (…) qui «sont discutées par la communauté. La première permettrait d’aller plus vite mais serait restreinte à un maximum de 500 GeV (milliards d’électronvolts): c’est une technologie appelée ILC (Collisionneur linéaire international), un accélérateur linéaire électron-positon basé sur des cavités supraconductrices comme celles qu’utilisent les Allemands à Hambourg pour faire du rayonnement synchrotron.(..) »

ＩＬＣの国内候補地に北上山地が決まったことを受け、岩手県一関市は庁内連絡会議を設置し、第１回会合を９日、市役所で開いた。(Following the announcement of Kitakami mountain as a national candidate site for the ILC, Ichinoseki-city established the conference of the executives to discuss the city’s role and share.)

It may take an even more powerful machine than the Large Hadron Collider to find out. Discussions are in the works about a next-generation accelerator, the International Linear Collider, which could make even more precise measurements about components of our universe we know little about.

“The idea that you could accelerate and collide a beam of particles and antiparticles in the same machine was completely different. ADA proved that this idea was correct and opened the possibility for a long line of particle and antiparticle colliders.”

Thanks to a CERN-based publishing initiative called the Sponsoring Consortium for Open Access Publishing in Particle Physics, or SCOAP3, articles from 10 peer-reviewed journals will be available online; authors will retain their copyrights; and new licenses will enable wide re-use of content.