Сессия

Session 1: Strong-interacting matter at finite temperature

1
9 нояб. 2020 г., 11:00

Описание

Discussion leader: Frithjof Karsch
Chairperson: Frithjof Karsch

Presentation materials

There are no materials yet.

  1. Проф. Maria Paola Lombardo (INFN Firenze)
    09.11.2020, 11:00
    Strong-interacting matter at finite temperature

    We study the scaling properties of QCD in temperature and mass
    close to the thermal crossover, and for quark masses ranging from the heavy quark regime to the physical values. The lattice results are obtained in the fixed scale approach, either with anisotropic simulations with Nf=2+1 flavours,
    and with simulations of Nf = 2 +1 + 1 flavours at maximal twist. We note that a simple...

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  2. Dr Anirban Lahiri (Biefefeld U.)
    09.11.2020, 11:30
    Strong-interacting matter at finite temperature

    Chiral phase transition has been a topic of interest over decades
    and order of the chiral phase transition has an effect on the global
    phase diagram of QCD. In this talk I will review some of our recent
    calculations towards the limit of 2 massless flavors. I shall
    start with the determination of the chiral transition temperature
    and then show how our calculation is able to throw some light...

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  3. Проф. Christian Fischer ( Institut für Theoretische Physik Universität Gießen)
    09.11.2020, 12:00
    Strong-interacting matter at finite temperature

    We summarise recent theoretical results on the QCD phase diagram and the properties
    of QCD's critical point based on a combination of lattice QCD and Dyson-Schwinger
    equations.
    Using lattice input for the quenched gluon propagator, our approach correctly reproduced
    and predicted Nf=2+1 flavour lattice results for the quark condensate and the unquenched
    electric and magnetic gluon...

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  4. Angel Gómez Nicola (Universidad Complutense de Madrid)
    09.11.2020, 12:30
    Strong-interacting matter at finite temperature

    I will review recent advances on the QCD phase diagram, regarding mostly the nature of the chiral phase transition and its interplay with $U(1)_A$ restoration. Ward Identities and Effective Theories will be the main theoretical tools. The former allow to establish the thermal behaviour of chiral and $U(1)_A$ partners whereas the latter turns out to be quite fruitful for certain observables...

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  5. Ms Yu Zhang (CCNU)
    09.11.2020, 13:00
    Strong-interacting matter at finite temperature

    In this talk I will present our very recent work based on [1].
    We introduce novel relations between the derivatives ($\partial^{n}{\rho(\lambda,m_l)}/{\partial m_l^{n}}$) of the
    Dirac eigenvalue spectrum ($\rho(\lambda,m_l)$) with respect to the light sea quark mass ($m_l$)
    and the $(n+1)$-point correlations among the eigenvalues ($\lambda$) of the massless
    Dirac operator. Using these...

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  6. Проф. Kurkela Aleksi (University of Stavanger)
    09.11.2020, 13:30
    Strong-interacting matter at finite temperature
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