11–15 Oct 2021
LIP Lisbon
Europe/Lisbon timezone

Session

WG2: Double Parton Scattering

11 Oct 2021, 11:00
Auditorium (LIP Lisbon)

Auditorium

LIP Lisbon

Av. Prof. Gama Pinto 2 1649-003 Lisbon

Conveners

WG2: Double Parton Scattering

  • Ankita Mehta (UHH)
  • Jonathan Hollar (LIP)

WG2: Double Parton Scattering

  • Jonathan Hollar (LIP)
  • Ankita Mehta (UHH)

WG2: Double Parton Scattering

  • Jonathan Hollar (LIP)
  • Ankita Mehta (UHH)

WG2: Double Parton Scattering

  • Jonathan Hollar (LIP)
  • Ankita Mehta (UHH)

WG2: Double Parton Scattering

  • Jonathan Hollar (LIP)
  • Ankita Mehta (UHH)

WG2: Double Parton Scattering: summary and discussion

  • Jonathan Hollar (LIP)
  • Ankita Mehta (UHH)

Presentation materials

There are no materials yet.

  1. Ranjit Nayak (Tel Aviv University (IL))
    11/10/2021, 11:00
    WG2: Double Parton Scattering
  2. Rajat Gupta (Panjab University (IN))
    11/10/2021, 11:20
    WG2: Double Parton Scattering
  3. Dr Ramandeep Kumar (Akal University, India)
    11/10/2021, 11:40
    WG2: Double Parton Scattering
  4. Riccardo Nagar (DESY)
    11/10/2021, 13:30
    WG2: Double Parton Scattering
  5. Peter Plößl (Deutsches Elektronen-Synchrotron DESY)
    11/10/2021, 13:55
    WG2: Double Parton Scattering
  6. David d'Enterria (CERN)
    12/10/2021, 10:00
    WG2: Double Parton Scattering
  7. Albert Bursche (South China Normal University)
    12/10/2021, 10:20
    WG2: Double Parton Scattering
  8. Prof. Antoni Szczurek (IFJ Krakow & University of Rzeszow)
    12/10/2021, 10:40
    WG2: Double Parton Scattering
  9. Nodoka Yanamaka
    12/10/2021, 13:30
    WG2: Double Parton Scattering
  10. Oleh Fedkevych (University of Genoa)
    12/10/2021, 14:00
    WG2: Double Parton Scattering
  11. Jonathan Gaunt (University of Manchester), Jonathan Gaunt
    14/10/2021, 13:20
    WG2: Double Parton Scattering
  12. Boris Blok
    14/10/2021, 13:30
    WG2: Double Parton Scattering
  13. Ankita Mehta (UHH), Jonathan Hollar (LIP)
    15/10/2021, 14:10
  14. Kostas Kordas
    WG2: Double Parton Scattering

    The ATLAS collaboration has studied signatures of double-parton scattering
    in inclusive production of four isolated leptons at proton-proton
    collision energy of 8 TeV and in inclusive production of four jets at 7 TeV.
    The fraction of events originating from double-parton scattering has been
    extracted using dedicated techniques and used to measure the effective
    cross section in both...

    Go to contribution page
  15. Peter Plößl (Deutsches Elektronen-Synchrotron DESY)
    WG2: Double Parton Scattering

    Double parton scattering (DPS) and double parton distributions (DPDs) are
    sensitive to non-trivial colour correlations between partons inside a hadron. At
    small inter-parton distances the leading contribution to DPDs is due to a
    perturbative splitting mechanism, which makes it possible to calculate DPDs in
    perturbation theory in this regime. We compute this contribution at...

    Go to contribution page
  16. Antoni Szczurek
    WG2: Double Parton Scattering

    We discuss the production mechanism of a new state,
    a fully charm tetraquark, discovered recently by the LHCb at
    M = 6.9 GeV in the $J/\psi J/\psi$ channel.
    Both single parton scattering (SPS) and double parton scattering (DPS)
    mechanisms are considered. We calculate the distribution in the invariant
    mass of the four-quark system $M_{4c}$ for SPS and DPS production of
    $c c \bar c...

    Go to contribution page
  17. Rajat Gupta (Panjab University (IN))
    WG2: Double Parton Scattering

    A summary of recent results from double-parton scattering studies at CMS will be presented.

    Go to contribution page
  18. boris block (technion)
    WG2: Double Parton Scattering

    Abstract
    We present results on two dijets, Wjj, and Zjj production via double parton scattering in pA collisions at the LHC. We perform the analysis at leading and for the case of Zjj next-leading order accuracy with different sets of cuts on jet transverse momenta and accounting for the single parton scattering background. By exploiting the experimental capability to measure the centrality...

    Go to contribution page
Building timetable...