Steinar Stapnes | 7 November 2013As the worldwide linear collider community comes together during the LCWS 2013 meeting in Tokyo next week, the CLIC collaboration has already started to plan their next major event, the 2014 CLIC workshop at CERN from 3 to 7 February. Steinar Stapnes, Associate Director for the Compact Linear Collider Study, reports.
Category: Director's Corner | Tagged: accelerator R&D, CERN, CLIC, detector R&D
Daisy Yuhas | 21 March 2013What makes the ILC beams far smaller than a human hair? A series of magnets referred to as the ‘final focus,’ designed to maximise chances of collision at the heart of the ILC detectors.
Category: LCpedia | Tagged: accelerator R&D, ATF2, KEK
Steinar Stapnes | 6 December 2012It is reporting season: the ILC community is producing the Technical Design Report that also includes the Detector Baseline Design reports, and the CLIC collaboration with associated Detector and Physics studies group have been hard at work completing the CLIC Conceptual Design Report (CDR). The documentation probably surpasses by a large amount - in scope, details and volume - what is normally called a CDR for a project, but then again, there is a lot of work to report on.
Category: Director's Corner | Tagged: accelerator R&D, CLIC, Conceptual Design Report, detector R&D
Barry Barish | 21 November 2012One of the most important goals of the Global Design Effort has been to demonstrate that high-gradient cavities can be reliably produced in industry. We established two gradient goals: to produce cavities qualified at 35 Megavolts per metre (MV/m) in vertical tests and to demonstrate that an average gradient of 31.5 MV/m is achievable for ILC cryomodules. Furthermore, we set a goal of producing these high-gradient cavities in industry with 50% yield by 2010 and 90% yield by the end of 2012. We have recently achieved these ambitious goals!
Category: Director's Corner | Tagged: accelerator R&D, cavity gradient, superconducting cavity, TDR