Event calendar file
from 29 May 2014 to 3 June 2014
Auditorium Maximum
Europe/Warsaw timezone
Parallel Session A
Place
Location: Auditorium Maximum
Date:
29 May 16:50 - 18:30
Timetable | Contribution List
Displaying 5
contributions
out of
5
Symmetries and symmetry breaking patterns in the non-purtubative regime of QCD is a key issue of the physics program of WASA-at-COSY. One objective is the determination of possible $p$-wave contributions to the charge symmetry breaking amplitude in the reaction $dd\to ^4\!\mathrm{He}\pi^0$ at 1.2 GeV/c beam momentum (corresponding to an excess energy of $Q=60\,\mathrm{MeV}$).
Charge symmetry is a
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Presented by Volker HEJNY
on
29/5/2014
at
15:50
Understanding of near-threshold pion production is of significant importance since it allows a direct test of chiral EFT, probes $NN$ dynamics at intermediate energies and provides access to isospin violation in few-nucleon processes [1].
It has been known since years that neutral pion production in $pp \to pp \pi^0$ is the most challenging process since the experimental cross-section in this cha
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Presented by Arseniy FILIN
on
29/5/2014
at
16:10
The BGO-OD experiment, set up at the ELSA accelerator facility in Bonn, combines the highly segmented BGO calorimeter with a particle tracking magnetic spectrometer at forward angles. In this configuration the BGO-OD experiment is uniquely suited for a systematic study of meson photoproducion. It is capable of detecting final states of mixed charge with nearly $4\pi$ acceptance and with very high
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Presented by Andreas BELLA
on
29/5/2014
at
15:10
Engineers, scientists, and physicists around the world are working on high-energy physics with particle accelerators, energy from fusion, and astrophysics with advanced telescopes. It is common for these domain experts to need hardware and software that meet their measurement, diagnostic, control, interlock, and safety system requirements. From programming multicore embedded real-time systems that
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Presented by Wojciech SOMMER
on
29/5/2014
at
14:50
Isospin symmetry, to a good approximation, is preserved by the strong interaction due to the small mass difference between up and down quarks with respect to the mass of hadrons. Therefore, isospin-breaking decays are believed to be sensitive probes that can be used to access, for example, the up- and down-quark mass differences. Moreover, isospin breaking effects are considered as a signature for
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Presented by Olga BONDARENKO
on
29/5/2014
at
15:30
