Barbara Warmbein | 20 August 2015Is the beam delivery system delivering? Ten years ago, at the Global Design Effort’s formative meeting in Snowmass, Colorado, ILC communicator Perrine Royole-Degieux interviewed Phil Burrows, then professor at Queen Mary University of London, about the beam delivery system. How has the home straight where the particle bunches get squeezed, focused and brought to collision, evolved in a decade?
Category: Feature | Tagged: accelerator R&D, beam delivery system, FONT, MDI, Snowmass
Mike Harrison | 8 January 2015For the ILC, 2014 was a year of progress in many areas, but the most important activities were centred in Japan, where Japan’s Ministry of Education, Culture, Sports, Science and Technology has started deliberations to evaluate the physics justification as well as the scope and cost of the project. The past year also featured nice results from the ATF2 facility in Japan and the XFEL in Europe. Mike Harrison, associate director for the International Linear Collider in the Linear Collider Collaboration, didn’t avoid the temptation to look back before looking ahead to 2015.
Category: Director's Corner | Tagged: accelerator R&D, ATF2, change control board, detector R&D, European XFEL, Japan, Kitakami site, LHC, MDI, MEXT
Mike Harrison | 4 September 2014The next big linear collider meeting, LWS14, will take place in Serbia next month. Mike Harrison, Associate Director for the International Linear Collider, explains how this gathering will be key for the ILC project to discuss cross-cutting issues between the accelerator and detector communities and the workshop will emphasise on site-specific design. It should provide the forum to allow a final review by all the interested parties before adopting the new design into the ILC baseline.
Category: Director's Corner | Tagged: CFS, conventional facilities and siting, LCWS, machine detector interface, MDI, tunnel design
Toshiaki Tauchi | 29 April 2010The ATF2 collaboration has recently succeeded to obtain vertical beam size of less than one micrometre and consequently has now entered into the nanometre world in the final focus system. In this corner, I will describe what is AFT2 and how we reached this challenging beam size. -- Toshiaki Tauchi
Category: Director's Corner | Tagged: ATF2, focus system, MDI