Newsline

Author archive: ilc-newsline

Finding the nano-size beam

26 January 2006 The International Linear Collider (ILC) interaction region beam sizes and component position stability requirements will be as small as a few nanometers. Making a head-on collision with a few nanometers beams, each beam travelling across some 20 km in the linear accelerator, is a bit like colliding two baseballs -- one thrown from earth and the other from Saturn! It is important for the ongoing ILC design effort to demonstrate that these tolerances can be achieved -- ideally using a beam-based stability measurement. Category: Feature | Tagged: ,

EUDET Kick-off Meeting

26 January 2006 The start of the European Union funded EUDET project is marked by a Kick-off Meeting at DESY on 15 to 17 February, 2006. The project assembles 31 European institutes and 20 international associates to prepare infrastructures to allow for ILC detector R&D with larger prototypes. Category: Around the World | Tagged:

Meeting in Beijing

19 January 2006 After the Frascati meeting, Asian institutes started seeking ways to collaborate on ILC R&D towards Reference Design Report (RDR). About 30 researchers from Korea, China and Japan met at IHEP, Beijing on 16 January. Indian members were not able to attend, therefore this meeting was dubbed as "ILC-Beijing", not "ILC-Asia". Category: Around the World | Tagged:

Change Control Board Moves Forward with Finalizing BCD

5 January 2006 As the Baseline Configuration Document (BCD) becomes semi-stabilized, the canonical mission of the Change Control Board (CCB) is to act as a body to make decisions on important changes to the baseline configuration, if and when necessary. Nobu Toge is assigned to chair this board. Category: Feature | Tagged:

ATF – A Unique Facility for Nano-beam

6 October 2005 Traditional circular accelerators around , like LEP and KEKB, accelerate electrons and positrons in rings into opposite directions respectively. A bunch of electrons and another bunch of positrons encounter each other many times in a ring, and consequently have many chances to collide. In the ILC on the other hand, electrons and positrons are accelerated oppositely, meeting only once at the collision point. No consolation match is allowed. Category: Feature | Tagged: ,