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LHCb Experiment. Accurate studies of the CP-violation and the b,t quark coupling. Cherenkov light emision. micro vertex of desintegration. 10 24 quarks b per year. Time tracking of the fast matter-antimatter oscillation. 4.5 Tm MAGNET. Vacuum pipe of the LHC Collider. proton. - PowerPoint PPT Presentation
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THE UNIVERSITY OF SANTIAGO DE COMPOSTELA AT THE LARGE HADRON COLLIDER AT CERN (LHCb Experiment)
INSTITUTO GALEGODE FÍSICA DE ALTAS ENERXÍAS
GALICIAN INSTITUTE OF HIGH ENERGY PHYSICS
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STUDY PHYSICS AT THE VERY LOW DISTANCES: (subnuclear scale, attometro 10-18 m)
HEAVY QUARK EXTRACTION FROM VACUUM(bottom, top)
PROTON-ANTIPROTON COLLIDER PRODUCES QUARK-ANTIQUARK PAIRS AT 14 TeV ENERGY
proton
proton
LHCb Objective
Track detector of b-quarks made by the USC (Inner Tracker)
Accurate studies of the CP-violation and the b,t quark coupling
1024 quarks b per year
4.5 Tm MAGNET
micro vertex ofdesintegration
Cherenkov light emision
Time tracking of the fast matter-antimatter oscillation
LHCb Experiment
MEASUREMENT OF THE LACK OF MATTER-ANTIMATTER SYMMETRY
(CP violation)
NEW VERY HEAVY PARTICLES SIGN(Higgs, Supersimmetry)
QUARK MASS ORIGIN
Vacuum pipe of the
LHC ColliderInstallation in the LHC
accelerator
Automatic microwelding of the ASICs of the
front-end electronics (2 million weldings)
Manipulation of microstrips sensors Detection priinciple of charged particle tracks
GRID COMPUTATION TECHNOLOGY FOR THE ANALYSIS OF THE b QUARKS PHYSICS DATA
(CESGA, TIER2, TIER3)
Electrical and thermal ultralight insulationUSC Inner Tracking Assembly TeamSilicon microstrips sensor planesDetail of the microbonding Silicon microstrips grounding scheme
Design and production of the Inner Tracker control electronics and moritoring system
CPUs installation at CESGA and Monte da Condesa