197 research outputs found
Summer Student Session 2012 (2/3)
10.15 Ladislav Chytka:
MVA techniques in MC energy calibration of the EM calorimeter of ATLAS
10.30 Alejandro Gomez:
Search of Higgs to WW to 2 leptons and 2 neutrinos in the CMS experiment
10.45 Kyle Boone:
Searching for supersymmetry in the 3 lepton channel at the HL-LH
Forward physics with the ATLAS detector: Design of radiation resistant descendant of the ALFA detector, detector AFP
Forward detectors of high energy collider experiments allow to tag and measure remnants of a colliding particle moving in a very forward direction that are of interest e.g. for measurements of diffractive processes, where one or both colliding particles are not dissociated and continue in the forward direction. Ever increasing luminosity in collider experiments leads to increased pileup of interactions and a time-of-flight system is necessary for forward detectors in order to determine the primary interaction vertex of recorded particles. The presented work introduces the ATLAS experiment, its forward detectors and selected topics of forward physics, summarizes author's work on simulation of the ATLAS forward detectors and documents authors contribution to the development of AFP time-of-flight system with sub-30 ps time resolution
AFP measurements and prospects for exclusive diffraction, BSM physics and Pomeron structure
Installation of ATLAS Forward Proton (AFP) detector was finished in the beginning of 2017. The talk summarizes the detector status and presents physics measurements possible with the detector, including soft diffraction, single-diffractive and double pomeron exchange jet and WW/ZZ production and central exclusive production
Proton beam transfer in the forward region between ATLAS and ALFA detectors on the LHC
katedra fyzikální elektronik
Prototype operations of atmospheric calibration devices for the Cherenkov Telescope Array
Use of a general purpose integrating sphere as a low intensity near-UV extended uniform light source
Optical ray-tracing simulation method for the investigation of radiance non-uniformity of an integrating sphere
Characterization of atmospheric properties at the future sites of the Cherenkov Telescope Array
Development of a calibration light source based on a unique modification of an integrating sphere
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