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Disappearance of Elliptic Flow: A New Probe for the Nuclear Equation of State

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arxiv nucl-th/9803047 v1 pith:A6ZR6L7K submitted 1998-03-26 nucl-th

Disappearance of Elliptic Flow: A New Probe for the Nuclear Equation of State

P. Danielewicz (2) , Roy A. Lacey (1) , P.-B. Gossiaux (2 , 3) , C. Pinkenburg (1) , P. Chung (1) , J. M. Alexander (1) , R. L. McGrath (1) ((1) Depts. of Chemistry
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Physics SUNY at Stony Brook (2) NSCL Cyclotron Lab. MSU (3) SUBATECH Nantes)
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keywords nuclearellipticequationexcitationflowfunctiononsetprobe
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Using a relativistic hadron transport model, we investigate the utility of the elliptic flow excitation function as a probe for the stiffness of nuclear matter and for the onset of a possible quark-gluon-plasma (QGP) phase-transition at AGS energies 1 < E_Beam < 11 AGeV. The excitation function shows a strong dependence on the nuclear equation of state, and exhibits characteristic signatures which could signal the onset of a phase transition to the QGP.

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Cited by 3 Pith papers

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    Explicitly propagating light clusters in a Boltzmann-Uehling-Uhlenbeck transport model substantially modifies predicted proton v1-v4 flows at low FOPI energies (120-400 A MeV) but not above 600 A MeV.

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    STAR reports energy-dependent variances and covariances of [p_T] and v_n^2 in Au+Au collisions from 14.6 to 200 GeV, with the dimensionless ratio remaining similar across energies.

  3. Systematic study of flow of protons and light clusters in intermediate-energy heavy-ion collisions with momentum-dependent potentials

    nucl-th 2024-11 unverdicted novelty 5.0

    PHQMD simulations with momentum-dependent potentials show that a soft momentum-dependent EoS calibrated to pA data reproduces experimental proton and cluster flows at midrapidity better than static EoS variants, while...