PPT-DIS with the LHC

LHeC CDR Refereed NuPECC ECFA Scaling the Effort and Physics A N ext Step For the DG of CERN Rolf Heuer MKlein CERN 1922013 CERN Referees. Gianluigi Arduini – BE/ABP. for the LHC Commissioning Team. Beam commissioning strategy 2010. 450 GeV re-commissioning. Squeeze commissioning. Establish stable beams at 3.5 TeV. Collisions at 3.5 TeV. Plans and Reality. Tony Cass. Leader, Database Services Group. Information Technology Department. 11. th. July 2012. 1. HEP, CERN, LHC and LHC Experiments. LHC Computing Challenge. The Technique. In outline. . V. Chareyre / EN-EL. LHC Beam Operation Committee. 11 February 2014. EDMS . No.. . 1354977. 1. 11/02/2014. Outline. UPS systems and replacement project during LS1. New configuration in the alcoves and LHC odd points. Jan Uphoff. with O. Fochler, Z. Xu and C. Greiner. „High p. T. physics at LHC“, Frankfurt. 26 March 2012. Based on arXiv:1104.2295 and 1112.1559. Motivation. Large heavy quark mass . >> . . Grid. WLCG. M. Witek. On behalf of the team of Polish distributed Tier-2. Outline. . Introduction. History . and status . of Polish Tier-2 . Federation. Example. s. of physics results from LHC experiments. Marcello Losasso- CERN. CERN – 25-26 June 2015 . 2. Hi-Lumi LHC Project: the background. Jul-10. Mandate to L. Rossi by D.A.T. to set up FP7-Design Study. Nov-10. Application FP7-HiLumi LHC Design Study. SM18-Block4 Tests. COD-MD. Introduction. We have found an unexpected behavior in some 120A circuits (individual powered correctors).. 6 MCBY & 3 MCBC magnets are quenching when ramping up/down, usually when going to 0A.. why ?. Paolo . Fessia. ,. With the contribution of . I. . Bejar. Alonso, Samy Chemli, S. Weisz . Space could be like this….. …but it will look like this…. …and we would like to keep avoiding this. Peter Jacobs. Lawrence Berkeley National Laboratory. Lecture 2. Initial conditions: . partonic. structure and global observables . 6/20/11. 1. Hot Matter at RHIC and LHC - Lecture 2. Recap from yesterday:. Dr. Venkat Kaushik. 2016-01-15 . Today’s Topic. Introduction to Large Hadron Collider (LHC). How do justify the need for LHC?. Why hadron? Why large ?. Layout. Design of LHC. Important parameters of LHC. . . T. Kramer for W. . Bartmann . CERN TE/ABT. 1. B. Goddard, . M.Hofer. , A. . . Lechner. , . E.Renner. FCC week 2019. Overview. Introduction and requirements. 13.5 . TeV. dump system. Extraction kickers and septa. How to define ?. How to use ?. T. . Cartier-Michaud, Andrea Apollonio, Milan Ashwin Vekaria,. Miriam Ruth Blumenschein, Jan Uythoven . Risk matrices of LHC. Defining acceptable . failures rate w.r.t. severity / recovery time. PSTP2019. Knoxville, Tennessee, September 26. th. 2019. P. Lenisa – University of Ferrara and INFN. for the LHC-spin study group. 2. A bit of (pre) history. Teflon-coated storage cell filled with polarized H proposed by Prof. W. . WP3 – Orbit . Correctors MCBRD. Qingjin. XU. IHEP-CAS, Beijing, China. 11-13 November 2019 - CERN. Table of contents. Reminder . of . Collaboration . scope . and deliverables. Status of work at the collaborating .