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Prof. Pierre Capel (Univ. Bruxelles)28/01/2016, 17:00Nuclear Structure and AstrophysicsShort ContributionCoulomb breakup has been proposed as an indirect method to deduce the cross section of radiative captures of astrophysical interest [1]. In Coulomb breakup, the projectile dissociates into lighter fragments through its interaction with a heavy (high Z) target. Assuming the dissociation to be due to the sole Coulomb interaction, the reaction can be described as an exchange of virtual photons...Go to contribution page
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Mr Oliver Arnold (Technische Universitaet Muenchen)28/01/2016, 17:25Hadron PhysicsShort ContributionIn the last years, the hyperon-nucleon interaction became the focus of attention by an astrophysical measurement of a quite heavy neutron star of two solar masses. Model calculations, which try to describe such a heavy star usually fail, because of the appearance of hyperons in the model predictions which lead to a too strong softening of the equation of state. Because the models need input...Go to contribution page
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Dr Diego Lonardoni (MSU)28/01/2016, 17:45Nuclear Structure and AstrophysicsShort ContributionThe onset of hyperons in the core of neutron stars and the consequent softening of the equation of state have been questioned for a long time. We tackle the problem within a quantum Monte Carlo computational scheme. We first show that a repulsive three-body hyperon-nucleon force is needed to correctly describe the systematics of Λ-hypernuclei [1,2,3]. Then, we employ the same potential to...Go to contribution page
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Dima Levit (tum)28/01/2016, 18:05Applications and InstrumentationsShort ContributionThe Belle II experiment is a B-factory which is being built at the asymmetric electron-positron collider SuperKEKB in Japan. The experiment aims at measuring the differences between matter and anti-matter in the B and D meson decays. The 2-layer active pixel detector based on the novel DEPFET technology is an innermost detector in the experiment and a part of the vertex detector. The pixel...Go to contribution page
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Mrs Denise Godoy (ss)28/01/2016, 18:25Relativistic Heavy Ion PhysicsPosterFluctuations of various observables in heavy-ion collisions at ultra-relativistic energies have been extensively studied as they provide important signals regarding the formation of Quark Gluon Plasma. Because of the large number of produced particles in each event, a detailed study of event-by-event multiplicity fluctuations has been proposed as one of the signatures of the phase transition....Go to contribution page
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Mr Leonardo Cristella (CERN)28/01/2016, 18:45Relativistic Heavy Ion PhysicsShort ContributionUsing large data samples of di-muon events, CMS has performed detailed measurements and searches for new states in the field of exotic quarkonium. We present our results on the production of prompt and non-prompt X(3872), detected in the J/ψ ππ decay channel, which extend to higher pT values than in any previous measurement. The cross-section ratio with respect to the ψ(2S) is given...Go to contribution page
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