NuSYM14 - 4th International Symposium on the Nuclear Symmetry Energy
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Europe/Berlin
University of Liverpool (UK)
University of Liverpool (UK)
Marielle Chartier
(University of Liverpool),
Roy Lemmon
(STFC Daresbury Laboratory)
Beschreibung
Details about the 4th International Symposium on the Nuclear Symmetry Energy (NuSYM14) can be found at http://npg.dl.ac.uk/NuSYM2014-Workshop/.
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1
E. De Filippo (INFN Catania) - Probing the low density nuclear symmetry energy with heavy ion collisions¶
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2
Z. Chajecki (MSU) - Scaling properties of light-cluster production¶
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3
A. Chbihi (GANIL) - Exploring the symmetry energy in 40,48Ca+40,48Ca systems at E/A = 35 MeV¶
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4
Z. Kohley (MSU) - Constraints on Esym(ρ)-L from RIB induced reactions¶
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5
M. Baldo (INFN Catania) - Microscopic calculation of the nuclear symmetry energy¶
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6
P. Stevenson (University of Surrey) - The isoscalar giant quadrupole resonance as a probe of nuclear matter¶
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7
H. Nakada (Chiba University) - Interaction-dependence and independence in low-energy E1 excitations of neutron-rich nuclei¶
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8
V. De La Mota (Subatech Nantes) - Probing the occurrence of material structures at subnuclear densities with a dynamical self-consistent description¶
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9
W. Del Pozzo (University of Birmingham) - Constraining the equation of state of neutron stars with ground based gravitational waves observations¶
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10
T. Sumner (Imperial College London) - Astrophysics from milli-hertz gravitational wave observations by the ESA L3 mission¶
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11
A. Steiner (University of Washington) - What the symmetry energy has to say about neutron star radii and the neutron star crust¶
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12
W. Newton (Texas A&M) - Symmetry energy constraints from observational signatures of the neutron star crust-core transition¶
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13
W. Ho (University of Southampton) - Detailed tests of nuclear properties with astronomical observations of neutron stars¶
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14
M. Freer (University of Birmingham) - Correlations and clusters in neutron-rich nuclear matter¶
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15
S. Typel (GSI) - Cluster correlations in dense matter and equation of state¶
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16
P. Egelhof (GSI) - Direct reactions with exotic beams at low momentum transfer: investigations with stored beams and with active targets¶
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1
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17
Y.X. Zhang (CIAE Beijing) - Influence of symmetry energy and nucleon effective mass splitting on HIC observables¶
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18
A. Le Fevre (GSI) - Constraining the nuclear equation of state using the elliptic flow of light clusters¶
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19
J. Brzychczyk (Jagiellonian University) - Light charge particle flows in the ASY-EOS experiment measured with the KRATTA detector¶
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20
P. Napolitani (IPN Orsay) - Isoscalar and isovector fluctuations in one-body transport approaches for fermionic systems¶
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21
L. Zana (University of Edinburgh) - The PREX II and CREX experiments at Jefferson Laboratory: measurements of neutron skins in 208Pb and 48Ca with parity violation¶
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22
E. Khan (IPN Orsay) - The determination of incompressibility in nuclei and nuclear matter¶
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23
M. Vandebrouck (GANIL) - First measurement of the isoscalar giant resonances in a neutron-rich exotic nucleus: 68Ni with the active target MAYA¶
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24
M. Spieker (University of Cologne) - Studying the character of the Pygmy Dipole Resonance using hadronic probes¶
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25
T. Hashimoto (Institute for Basic Science) - Complete measurement of Electric Dipole Response of 120Sn¶
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26
E. Piasetzky (Tel Aviv University) - Nucleon-nucleon short range correlation in nuclei¶
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27
A. Rios Huguet (University of Surrey) - High-momentum components in the nuclear symmetry energy¶
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28
M. Bashkanov (Tuebingen University) - Dibaryons in vacuum and in nuclear matter¶
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29
C. Providencia (University of Coimbra) - Interplay between the symmetry energy and the strangeness content of neutron stars¶
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30
B.A. Li (Texas A&M) - Effects of short-range correlation on symmetry energy and their manifestation in heavy-ion reactions¶
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31
T. Galatyuk (GSI) - HADES overview: from cold matter to low energy heavy-ion collisions¶
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32
P. Russotto (INFN Catania) - The ASY-EOS experiment at GSI: investigating symmetry energy at supra-saturation densities¶
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33
T. Isobe (RIKEN) - The SπRIT project for the study of density dependent symmetry energy of highly dense matter with Heavy RI collisions at RIBF¶
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34
W. Powell (University of Liverpool and RIKEN) - Current status of SπRIT TPC electronics testing at RIBF¶
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17
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35
D. Cozma (NIPNE Bucharest) - The pi-/pi+ multiplicity ratio in heavy-ion collisions and the conservation of energy¶
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36
F.S. Zhang (Beijing Normal University) - Studying the density and momentum dependent symmetry energy: a Boltzmann-Langevin approach¶
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37
C. Rizzo (INFN Catania) - Isospin effects in low-energy heavy ion collisions¶
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38
B. Carlson (ITA Sao Jose dos Campos) - The geometry of a hot compound nucleus¶
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39
I. Vidana (University of Coimbra) (EPJ A sponsored lecture) - Nucleon resonances in isobaric charge-exchange reactions¶
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40
F. Aymard (LPC Caen) - Sub-saturation matter in compact stars: nuclear modelling in the framework of the extended Thomas-Fermi theory¶
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41
R. Sellahewa (University of Surrey) - Isovector properties of the Gogny interaction in the context of neutron stars¶
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42
K. Jeong (Yonsei University) - Nuclear symmetry energy in QCD degree of freedom¶
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43
E. Brown (MSU) - A way forward in the study of the symmetry energy: Astronomy¶
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44
T. Murakami (Kyoto University) - Japanese new approach to neutron-star matter¶
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45
B. Hong (Korea University) - Prospects of the nuclear symmetry energy research in Korea¶
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46
Xiao (Tsinghua University) - Some recent status and plans for symmetry energy related studies in China¶
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47
Y. Leifels (GSI) - Symmetry energy at high energies: Perspectives at GSI/FAIR¶
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48
G. Verde (INFN Catania) (EPJ A sponsored lecture) - Perspectives on dynamics studies at intermediate and low energies in Europe¶
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49
W. Lynch (MSU) - Constraining the symmetry energy: Future directions (mainly US efforts)¶
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50
H. Wolter (University of Munich) - Study of the nuclear symmetry energy: future theoretical directions¶
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35