Didar Dobur
(University of Ghent Belgium)
19/03/2017 17:00
Theory
Ordinary
M.
Pavol Bartos
(Comenius University)
19/03/2017 17:20
Experiment
Ordinary
Dr
Liang HAN
(University of Science and Technology of China (USTC))
19/03/2017 17:40
Experiment
Ordinary
The talk will present the latest D0 Z-->mumu forward-backward asymmetry and sin2thetaW measurement, and the W mass, the weak mixing angle and the top mass results of Tevatron.
Dr
Aram Apyan
(Fermi National Accelerator Laboratory)
19/03/2017 18:00
Experiment
Ordinary
We report on the status of the precision measurements of electroweak parameters with W and Z bosons at the LHC. The effective electroweak mixing angle sin^{2}_{\theta} is extracted by measuring the forward-backward asymmetry in di-lepton events near the Z boson mass region. Measurements of differential W and Z boson production cross-sections and their ratios are also reported. These...
Mme
Senka Duric
(University of Wisconsin-Madison)
19/03/2017 18:40
Experiment
Ordinary
We present the most recent measurements involving diboson production inclusively or in association with jets (VBS), with data collected by the ATLAS and CMS during Run I & II.
Dr
Gavin Salam
(CERN)
19/03/2017 19:00
Theory
Ordinary
The photon distribution inside the proton affects a wide variety of LHC processes. In the past couple of years it emerged that our limited understanding of this distribution was the dominant uncertainty in a number of searches and certain precision Higgs predictions, notably Higgs boson production in association with a $W$ boson.
This talk shows how the photon distribution can be related...
Dr
Aldo Antognini
(Paul Scherrer Insitute)
19/03/2017 19:20
Experiment
Ordinary
We have measured several 2S-2P transitions in muonic hydrogen
($\mu$p), muonic deuterium ($\mu$d) and muonic helium ions ($\mu^3$He,
$\mu^4$He). From muonic hydrogen we extracted a proton charge radius
20 times more precise than obtained from electron-proton scattering
and hydrogen high-precision laser spectroscopy but at a variance of
$7\sigma$ from these values. This discrepancy is...
