Event calendar file
from 29 May 2014 to 3 June 2014
Auditorium Maximum
Europe/Warsaw timezone
Parallel Session C2
Place
Location: Auditorium Maximum
Date:
30 May 16:50 - 18:30
Timetable | Contribution List
Displaying 5
contributions
out of
5
New final results from an analysis of about 400 $K^\pm \rightarrow \pi^\pm \gamma \gamma$ rare decay candidates collected by the NA48/2 and NA62 experiments at CERN during low intensity runs with minimum bias trigger configurations are presented. The results include a model-independent decay rate measurement and fits to Chiral Perturbation Theory (ChPT) description. The data support the ChPT predi
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Presented by Francesco GONNELLA
on
30/5/2014
at
15:30
The anomalous magnetic moment of the muon has been measured and computed to very high precision of about 0.5 ppm. For more than a decade, a discrepancy has persisted between the experiment and the Standard Model prediction, now of more than 3 sigma. Forthcoming experiments at FNAL and J-PARC aim at reducing the experimental error by a factor of 4.
The main uncertainty of the theory prediction is
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Presented by Peter STOFFER
on
30/5/2014
at
15:50
We investigate the effects of (axial)vector mesons on the chiral phase transition in the framework of an SU(3), (axial)vector meson extended linear sigma model with additional constituent quarks and Polyakov loops. We determine the parameters of the Lagrangian at zero temperature in a hybrid approach, where we treat the mesons at tree-level, while the constituent quarks at 1-loop level. We assume
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Presented by Peter KOVACS
on
30/5/2014
at
17:10
It is pointed out why a good understanding of the electromagnetic properties of light mesons is mandatory to explore the structure of hadrons, but also to improve the Standard Model predictions for quantities like $g-2$ of the muon or the rare decay of pseudoscalars to a dilepton [1]. Recent results for meson transition form factors, two-photon reactions and related quantities are shown [2,3,4].
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Presented by Stefan LEUPOLD
on
30/5/2014
at
16:10
In this talk I will show how chiral effective field theory (chiral EFT) provides a deep insight into the structure of the nucleon in term of the low-energy symmetries of QCD. Later, I will present some of the more recent progresses in the determination of the scalar and electromagnetic structure of the nucleon from the relativistic formulation of chiral EFT. Finally, I will comment the impact of t
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Presented by Jose Manuel ALARCON SORIANO
on
30/5/2014
at
16:50
