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
Barry Barish | 5 January 2012A major accomplishment last year was the evaluation and approval of a new ILC baseline that has been more optimised for cost, performance and risk. We are now completing the design details and embarking on producing the ILC Technical Design Report by the end of this year.
Category: Director's Corner | Tagged: ILC baseline, TDR
Barry Barish | 1 December 2011In just over one year we plan to produce the final Global Design Effort deliverable, a Technical Design Report for the ILC. We have made a set of important improvements in the design over the past year that will result in an ILC design that is more optimised for cost, performance and risk, and have recently hammered out a large number of smaller technical decisions at the Baseline Technical Review at DESY.
Category: Director's Corner | Tagged: baseline design, baseline technical review, btr, ILC baseline, TDR