Barry Barish | 10 May 2012The ILC physics programme is based on building two complementary detectors that will share beam time. The value of having two detectors with different designs, technologies, collaborations and emphasis has proven to be a very effective way to exploit the science. For the ILC, we propose using a push-pull concept to cost-effectively share the beam between two detectors.
Category: Director's Corner | Tagged: CFS, ILC baseline, interaction region, push-pull
Leah Hesla | 2 December 2010To see one example of tunnel safety done right, scientists and engineers in the linear collider community took a tour of the Mont Blanc tunnel earlier this autumn. The road tunnel, an 11.6-kilometre thoroughfare that connects France and Italy, is a model of safety in civil engineering.
Category: Feature | Tagged: CFS, conventional facilities and siting, tunnel
Rika Takahashi | 8 July 2010On 1-2 June, the review on the design study of the ILC conventional facility in mountain regions was held at KEK, Japan, and the final review report was submitted last week by the review panel lead by Vic Kuchler of Fermilab to Seiya Yamaguchi, head of KEK's Linear Collider Office and to Marc Ross, project manager of the Global Design Effort (GDE) in charge of the conventional facility study (GDE/CFS).
Category: Feature | Tagged: Asia, CFS, conventional facilities, single tunnel
Barbara Warmbein | 23 April 2009In order to have a detailed and visual model of the ILC tunnels, shafts, accelerator components, beam pipes and support lines, a team from around the world has just shown that they can produce three-dimensional ILC models. These will be crucial for efficient future planning and integration and will now be extended to other areas than the one of the sample exercise.
Category: Feature | Tagged: 3D model, CAD, CFS, EDMS