Conveners
Standard Model Physics
- Martijn Mulders (CERN)
Standard Model Physics
- Martijn Mulders (CERN)
Standard Model Physics
- Martijn Mulders (CERN)
Standard Model Physics
- Martijn Mulders (CERN)
Esteban Fullana Torregrosa
(Johannes-Gutenberg-Universitaet Mainz (DE))
12/08/2014, 09:35
This talk is expected to present the current status of the determination of alpha_s and discuss prospects for future improvements and impact from measurements at the LHC and beyond
Stefano Camarda
(Deutsches Elektronen-Synchrotron (DE))
12/08/2014, 09:55
Roberto Tenchini
(Sezione di Pisa (IT))
12/08/2014, 10:15
This talk is expected to present the current status of the determination of the top quark mass, and discuss prospects for future improvements at the LHC and beyond, from an experimental point of view (a separate talk will focus on theoretical aspects of top mass interpretation)
Chunhui Chen
(Iowa State University (US))
12/08/2014, 12:15
This talk is expected to give an overview of precision measurements of the production of top (pairs), W and Z bosons, with or without additional (light or heavy) jets at the LHC. The talk should cover both the inclusive cross-sections and differential distributions or ratios, show comparisons with theory predictions, and discuss prospects for future measurements at the LHC (and possibly beyond).
Shih-Chieh Hsu
(University of Washington, Seattle)
12/08/2014, 14:50
This talk is expected to present the current status of precision measurements of TGCs and QGCs, and discuss prospects for future improvements at the LHC and beyond (including potential benefits from a future lepton collider)
Alberto Orso Maria Iorio
(Universita e INFN (IT))
12/08/2014, 15:10
This talk is expected to present the current status of precision measurements of top quark couplings (ttW, ttZ, ttgamma, Vtb, single top, FCNC, constraints from tt spin correlations, t polarization, W polarization), and discuss prospects for future improvements at the LHC and beyond (including potential benefits from a future lepton collider)
Martin Holthausen
(MPIK Heidelberg)
12/08/2014, 16:00
Summary of what we learned in LHC Run I about the Standard Model vacuum stability, possible implications for BSM scenarios (or absence thereof), and motivation for future SM measurements at even higher precision or energies at LHC and beyond. May include relevant links with cosmological models and recent results in that area, such as BICEP2.
