Speaker
Gyula Bencedi
(Hungarian Academy of Sciences (HU))
Description
Unidentified two-particle correlations are widely pursued at RHIC and LHC to investigate particle production
and hadronization mechanisms as well as collective effects. Two-particle correlations with identified trigger
and identified associated particles give information on quantum number conservation and the flavour balance
during parton fragmentation and hadronization, however their detailed measurement at LHC is just started.
We present a systematic study of two-particle correlations with identified trigger and identified associated particles
at LHC energies with the state of art LHC era Monte Carlo generators. The identified-identified two-particle correlation
studies of bulk particles: charged pions, kaons and protons reveal interesting trigger-hadron dependent splitting of the
associated identified hadron spectra in all collision systems. Furthermore, the identified correlation functions
show change in the identified trigger-hadron dependent evolution with transverse momenta compared to unidentified
correlation functions. The source of the splitting effect and their evolution from p-p and p-Pb to Pb-Pb collisions will be discussed.
| On behalf of collaboration: | None |
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Primary author
Gyula Bencedi
(Hungarian Academy of Sciences (HU))
Co-authors
Gergely Barnafoldi
(Hungarian Academy of Sciences (HU))
Levente Molnar
(Institut Pluridisciplinaire Hubert Curien (FR))
