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Exploring the Perfect Liquid

6–8 Sept 2018
Max Planck Institute for Astrophysics (MPA)
Europe/Berlin timezone

MIAPP

Session

Femtoscopy and Fluctuations

6 Sept 2018, 09:45
E.0.11 (Max Planck Institute for Astrophysics (MPA))

E.0.11

Max Planck Institute for Astrophysics (MPA)

Karl-Schwarzschild-Str. 1 85748 Garching

Conveners

Femtoscopy and Fluctuations: Morning

  • Laura Fabbietti (TUM)

Presentation materials

There are no materials yet.

  1. 23. Femtoscopy in heavy ions
    Lukasz Kamil Graczykowski (Warsaw University of Technology (PL))
    06/09/2018, 09:45
    Femtoscopy and Fluctuations

    Overview talk on femtoscopy in heavy ions

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  2. 29. Do we really understand flow fluctuations in central A+A collisions?
    Anthony Robert Timmins (University of Houston (US))
    06/09/2018, 10:20
    Femtoscopy and Fluctuations

    Dummy abstract

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  3. 28. Exploring the QCD phase diagram via event-by-event fluctuations of identified-particle yields
    Mesut Arslandok (Ruprecht Karls Universitaet Heidelberg (DE))
    06/09/2018, 11:20
    Femtoscopy and Fluctuations

    In a thermal system, fluctuations of particle yields are directly encoded in the equation of state of the system under the study. By measuring event-by-event fluctuations over an ensemble of events via cumulants or moments of particle multiplicity distributions, one can study the freeze-out conditions in heavy-ion collisions and clarify their relation to the QCD phase transition.

    In this...

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  4. 9. Baryon–baryon femtoscopy in pp and p-A collisions
    Andreas Mathis (TUM)
    06/09/2018, 11:50
    Femtoscopy and Fluctuations

    Femtoscopy is a method relating particle correlations to their emission source and interaction potential. Applying this technique to a small collision system, such as pp, has the advantage of probing the inner part of the interaction potential. In order to allow for an accurate determination of the correlation function for small sources, we have developed a new C++ analysis tool called...

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  5. 18. Polarization in relativistic fluids
    Francesco Becattini (University of Florence (IT))
    Femtoscopy and Fluctuations

    The observation of a finite global polarization in agreement with
    theoretical predictions has opened a new dimension in relativistic
    heavy ion physics as well as in relativistic hydrodynamics, with
    several intriguing connections to chiral and electromagnetic effects.
    Very recent experimental observations seem to challenge the
    hydrodynamic predictions. In this talk, the status of the theory...

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