Philip Burrows | 10 March 2016The International Committee for Future Accelerators (ICFA) is a biannual gathering of the heads of major particle physics labs and institutes from around the world for the purpose of sharing news, liaising, and working together to promote global collaboration in our field. The Linear Collider Collaboration (LCC) has its mandate from ICFA, and the LC oversight Board (LCB) met in association with the recent ICFA meeting [see other article] to monitor progress on the three main LCC elements: the ILC, CLIC, and Detector & Physics groups.
Category: Director's Corner | Tagged: 750GeV, CLIC, European Strategy for Particle Physics, FCC, Higgs, ICFA, LCB, LHC
Barbara Warmbein | 11 February 2016Dear colleagues, this one is for you. All those paper writing thesis completing report submitting physicists out there: here comes a new central paper for your list of references and your reading list. It provides a comprehensive physics case for the e+e- linear collider and puts all the topics and ideas from theory, collider searches, astronomy in context to each other. It’s been published in the open-access peer-reviewed European Physical Journal C (EPJC).
Category: Feature | Tagged: CLIC, compositeness, dark matter, Higgs, ILC, physics case, supersymmetry, theory
28 January 2016Sometimes even linear-collider experts make semi circles, especially when you have to squeeze more than 200 participants into one picture (and it's raining). The CLIC workshop was held at CERN from 18 to 22 January. Get the latest on the Compact Linear Collider Study in a future issue of LC NewsLine.
Category: Image of the week | Tagged: accelerator R&D, CERN, CLIC, detector R&D
Philip Burrows | 10 December 2015Phil Burrows, acting Associate Director for the Compact Linear Collider Study in the Linear Collider Collaboration, says the linear collider community should be prepared for new results from the LHC over the course of the coming years, with the first to be announced next week. They will help us decide which future path we should take.
Category: Director's Corner | Tagged: 13 TeV, CERN, CLIC, ILC, LCWS15, LHC
Hitoshi Murayama | 12 November 2015In Whistler, British Columbia, some two hundred physicists gathered to the annual Linear Collider Workshop. As the last speaker of the meeting, I tried to summarise the status of various collider options currently under discussion. In particular, I tried to clarify their readiness and timelines.
Category: Director's Corner | Tagged: CepC, CLIC, FCC, ILC, LCWS15, SPPC
Lyn Evans | 14 May 2015After almost two years of major work on the machine and its detectors, the Large Hadron Collider is in the middle of the so-called commissioning phase. During the roughly two months of commissioning, the operators check out every little system in the large complex that is the LHC. LCC Director and former LHC project leader Lyn Evans watches and learns from the sidelines.
Category: Director's Corner | Tagged: CLIC, ILC, LHC, operation, quench
Barbara Warmbein | 30 April 2015CALICE, the collaboration of detector developers working on calorimeters for the linear collider, has a new spokesperson. At their meeting during the ALCW2015 workshop, the collaboration elected Frank Simon from the Max Planck Institute for Physics in Munich, Germany, as their new head. He takes over from Jose Repond, Argonne National Lab.
Category: Around the World | Tagged: ALCW2015, CALICE, calorimeter, CLIC, detector R&D, ILC
Brian Foster | 16 April 2015For the first Programme Advisory Committee meeting of the Linear Collider Collaboration, experts from all over the world gathered in France to review the status of the LCC and progress since the completion of the Technical Design Report in 2013. The committee was impressed by the progress both on the machine and the detectors. Brian Foster, European Director in the LCC, reports about the details.
Category: Director's Corner | Tagged: CLIC, CNRS/LAL, ILC, Japan, PAC
Barbara Warmbein | 5 February 2015The first prototype module of CLIC is operational in the CLIC test facility. The Compact Linear Collider Study shows that it does what it says in the acronym: a compact accelerator module, fed by high-power waveguides, cables and cooling tubes, sits elegantly on a custom-made mechanical structure that can be moved in all directions to ultra-high precision, and tests how all the little details work that turn a metal structure into a functioning accelerator module– frequency, losses, damping, acceleration, deceleration. At the CLIC test facility you see none of the heavy-duty steel pipes that characterise the dipole magnets of the LHC.
Category: Around the World | Tagged: accelerator R&D, CLIC, drive beam