Linear Collider Collaboration
Perrine Royole-Degieux | 14 May 2009
Since the end of March, when the detector concept groups delivered their Letters of Intent, the International Detector Advisory Group (IDAG) has been experiencing an intense period. At TILC09 in Japan, the panel worked and interviewed the detector concept groups for three days. All sessions were closed to other participants, but ILC NewsLine wanted to know more about what happened there and understand details about the whole process of detector evaluation.
| Tagged: IDAG, letter of intent, LOI
Perrine Royole-Degieux | 30 April 2009
While most of the ILC community was meeting at Tsukuba, Japan for TILC09, a new member had his first day at Fermilab. Andre Sulluchuco has just joined the team of the now five ILC communicators, taking over for Elizabeth Clements. He will closely collaborate with his partners from abroad: Rika Takahashi and Misato Hayashida in Asia, Barbara Warmbein and Perrine Royole-Degieux in Europe.
| Tagged: ILC Communicators, United States
Perrine Royole-Degieux | 2 April 2009
One is Australian, the other German. Both are physicist willing to share their everyday lives as particle physicists working on the ILC project. Together with eight other diarists, they joined the new Quantum Diaries blog launched on 31 March 2009.
| Tagged: blog, blogger, ILC blog, quantum diaries
Perrine Royole-Degieux | 5 February 2009
Hundreds of millions of channels of electronics: this is about what the electromagnetic calorimeter (ECal) of the CALICE collaboration will have to design, process and analyse. The very high granularity of ILC detector’s future calorimeter will also be reflected in the ambitious first-stage electronics – or very-front-end electronics, which still needs to be designed. One part of the electronic jigsaw is the analogue-to-digital converter (ADC). At LPC, a CNRS/IN2P3 lab in Clermont-Ferrand, France, the latest ADC prototype fulfills the ILC requirements in terms of resolution, compactness, time of conversion and power consumption.
| Tagged: CALICE, CNRS/IN2P3, ECal, France
Perrine Royole-Degieux | 4 December 2008
The International Detector Advisory Group (IDAG) met for the second time during the LCWS08 meeting which took place in Chicago two weeks ago. In a few days, they succeeded to converge on the strategy they will use to evaluate the ILC detectors concepts. At the end of March 2009, they will receive the Letters of Intent (LOIs) for the detector concepts and start reviewing them.
| Tagged: detector concepts, IDAG, LCWS08, letter of intent
Perrine Royole-Degieux | 14 August 2008
There it is: the LHC will start up in four weeks! We know the date of this special day when the protons will be injected into the tunnel: 10 September 2008. All eyes are on the LHC… but not exclusively. The start-up event as well as many other events which will follow are unique opportunities to promote our field, particle physics and science in general.
| Tagged: ILC communication, LHC communication
Perrine Royole-Degieux | 10 July 2008
The future Director-General of CERN Rolf Heuer, currently Research Director at DESY, presented his personal vision of the future of particle physics in Europe at the ILC-ECFA meeting in Warsaw, Poland. Heuer emphasised the exciting times the community is now entering with the LHC start-up. The exploration of our mysterious "Dark Universe" is the main motivation for present and future astronomy and particle physics projects, and with the LHC and its highest collision energy ever, we are on the verge to explore it. After reviewing many possible scenarios and options for the after-LHC phase, Heuer said he hoped that particle physics research will continue with the same momentum for future projects, in particular for a future e+-e- collider. He hopes that the community will make use of these exciting times to establish a sustainable and global partnership between the labs, "of which CERN could be the catalyst."
| Tagged: CERN, ECFA, Heuer, ILC-ECFA
Perrine Royole-Degieux | 13 March 2008
Michel Davier, senior French physicist at LAL and Professor at University Paris-Sud 11, will chair the International Detector Advisory Group (IDAG) of the ILC project. “It is an honour for me to serve the ILC project, especially in this particularly interesting stage when the experimental landscape is being established,” says Davier. He has worked on electron-positron colliders for more than 30 years and he was LAL director for ten years in the eighties. Playing a leading role in particle physics in France, especially within the CELLO (DESY), ALEPH (CERN) and BaBar (SLAC) experiment collaborations, he is also a member of the French Academy of Sciences. In another aspect of his scientific career, he has been one of the leaders of the French-Italian Virgo project aiming at the detection of gravitational waves with a giant interferometer, thus sharing common scientific background with Global Design Effort Director Barry Barish, former director of the LIGO project in the US.
| Tagged: IDAG
Perrine Royole-Degieux | 28 February 2008
After the Large Hadron Collider, the science community agrees that particle physicists will need an electron-positron linear collider to fully understand and discover the potential new science at high energy regimes. Apart from the International Linear Collider - whose ‘cold’ accelerating technology is based on superconducting radiofrequency cavities – another variant of an electron collider, based on a warm accelerating technology is under study: the Compact Linear Collider Study (CLIC). The two teams held a meeting at CERN on 8 February to investigate the connections between the two projects and to list potential cooperative efforts on common activities.
| Tagged: CERN, CLIC, ILC-CLIC, ILC-CLIC collaboration
Perrine Royole-Degieux | 6 December 2007
Physicists and engineers already know most of the empirical recipes to build very good accelerating cavities: highly pure niobium is essential, welding needs to be carefully controlled and surfaces undergo advanced cleaning and annealing procedures. But, as for every complex system, a lot of phenomena remain unexplained. The theoretical limits of RF superconductivity are not well known, and engineers also meet practical limitations to reach high gradients. Accelerator experts work very closely with material scientists to understand cavity properties better.
| Tagged: niobium
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