Event calendar file
from 29 May 2014 to 3 June 2014
Auditorium Maximum
Europe/Warsaw timezone
Parallel Session B
Place
Location: Auditorium Maximum
Date:
29 May 16:50 - 18:30
Timetable | Contribution List
Displaying 5
contributions
out of
5
Ultra-peripheral collisions are characterized by an impact parameter exceeding the sum of the two nuclear radii. The photon flux of heavy ions such as Pb is enhanced by the nucleus charge squared. This allows to study gamma-nucleus processes, such as the production of $\rho^0$ vector mesons decaying into two pions, as well as gamma-gamma processes, e.g., the continuum production of electron pairs.
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Presented by Christoph MAYER
on
29/5/2014
at
15:10
The production of charmonia $J/\psi$(1S) and $\psi^\prime$(2S) in the antiproton-nucleus reactions at $p_{lab}=3-10$ GeV/c is studied on the basis of the Glauber model taking into account nuclear Fermi motion effects [1,2]. The main reaction channel is charmonium formation in an antiproton-proton collision. We show that the target mass dependence of the charmonium transparency ratio allows to dete
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Presented by Alexei LARIONOV
on
29/5/2014
at
16:10
We propose a new method of investigating the space-time evolution of meson production in heavy ion collisions, by making use of spectator-induced Coulomb effects. The presence of two nuclear remnants ("spectator systems") in the non-central collision generates a strong Coulomb field, which modifies the trajectories of charged final state hadrons. This results in:
- large distortions of charged me
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Presented by Andrzej RYBICKI
on
29/5/2014
at
15:50
Mesons with open charm or bottom, such as $D$ or $B$ mesons, represent the "hydrogen problem" of QCD. QCD sum rules provide a tool to get access to the $\bar{Q}q$ and $\bar{q}Q$ bound states, where $q = u, d$ and $Q = c, b$. Medium modifications of such states are of particular interest since they offer an opportunity to study the change of the complex QCD ground state. Within QCD sum rules, there
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Presented by Thomas BUCHHEIM
on
29/5/2014
at
15:30
The main part of this contribution is devoted to looking at the NA61/SHINE experiment [1] through the prism of the needs of neutrino oscillation experiments. An overview is shown of the results on hadron production measurements from $p+C$ interactions at 31 GeV/c registered during 2007. In addition, the new preliminary results from 2009 data are presented. These results are crucial for the precise
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Presented by Tomasz PALCZEWSKI
on
29/5/2014
at
14:50
