Review of LHC and Injector Upgrade Plans Workshop (RLIUP)

Session

Session 1 - Experiments

29 Oct 2013, 09:15

Centre de Convention, Archamps

Conveners

Session 1 - Experiments

• Austin Ball (CERN)
• Mike Lamont (CERN)

32. Highlights from ECFA (20' + 10')

Austin Ball (CERN)

29/10/2013, 09:15

4. Physics Landscape - (20' + 10')

Fabiola Gianotti (CERN)

29/10/2013, 09:45

Abstract: The discovery of a Higgs boson at the LHC Run 1 represents a major breakthrough in particle physics and outlines a roadmap for the future LHC programme. Measurements of this new particle with increasing precision (in particular its couplings to fermions and bosons and its self-couplings), as well as vigorous searches for other Higgs bosons, are needed to sharpen our understanding of...

6. Detector Limits (20' + 10')

Beniamino Di Girolamo (CERN)

29/10/2013, 10:15

Abstract: This contribution will cover all the aspects of system limits in the high-luminosity detectors. Both the limits connected to luminosity/radiation and the ones connected to ageing/lifetime aspects of the equipment over the next 10-15 years. Considerations will be presented on the ability to deal with HL-LHC luminosity and the pattern of interventions to achieve the full exploitation...

7. Performance parameters - experiments' perspective (20' + 10')

Didier Claude Contardo (Universite Claude Bernard-Lyon I (FR))

29/10/2013, 11:15

Abstract: The upgrades of the ATLAS and CMS experiments will be accomplished in three stages during the long shutdowns foreseen for the upgrades of the LHC. In LS1, the CM energy will be increased to 13TeV (or slightly higher), and it is expected that the bunch spacing will be reduced to 25 ns for future RUNs. It is anticipated that the peak luminosity can exceed the nominal value of 1x1034...

8. Plans and physics outlook for non-high luminosity experiments until and after LS3 (20' + 10')

Richard Jacobsson (CERN)

29/10/2013, 11:45

Abstract: Based on the current physics scene, the future holds more than ever a joint enterprise of precision measurements and direct searches. With its very broad scientific program of heavy flavour precision measurements both in the beauty and the charm sector, as well as forward electroweak precision physics, LHCb has demonstrated to be a powerful forward general purpose detector...

9. Post LS1 Schedule (20' + 10')

Mike Lamont (CERN)

29/10/2013, 12:15

Abstract: The scheduling limits for a typical long year taking into account technical stops, machine development, special physics runs are presented. An attempt is then made to outline a ten year post LS1 schedule taking into account the disparate requirements outlined in the previous talks in this session. The demands on the planned long shutdowns and the impact of these demands on their...