14:00-14:50 Bjoern Schenke (BNL)
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Fluctuations, collectivity and correlations in high-energy nuclear collisions
I present an overview of recent theoretical results on the azimuthal anisotropy of particle production
in heavy ion and light-heavy ion collisions. I discuss the role of viscous fluid dynamics in describing the
experimentally observed anisotropies and stress the importance of the initial state and its fluctuations.
I will also discuss the role of initial state correlations in the color glass that are often neglected.
15:10-16:00 Yasushi Nara (Akita International U)
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A CGC Monte-Carlo Event Generator for forward hadron productions
Models based on the Color Glass Condensate (CGC) framework have been successful
in explaining many experimental data from RHIC and LHC.
However, in order to compare parton yeid in the CGC with the experimental data,
one needs to assume hadron-parton duality for low pt hadrons or
use fragmentation functions for high pt hadrons.
In the case of QGP production, CGC+hydro approach gives us hadron spectra.
In this talk, I will present some results from a newly developed Monte-Carlo
event generator based on the CGC framework which is able to describe hadron distribution
for all momentum region at forward rapidity (currently) in a single framework.
Specifically, event generation is based on the DHJ formula which includes
initial and final state radiations. Strings are formed by those produced
partons and remnants, which are fragment into hadrons by
the Lund string fragmentation model. Multiple scattering is also
included based on the Eikonal formalism.
We will show the comparison of our results to the forward hadron spectra
including identified hadrons at RHIC and LHCf, and discuss mechanism
of the particle production.
16:20-17:10 Takahito Todoroki (Tsukuba U)
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Recent measurements of azimuthal anisotropy vn in high-energy heavy ion collisions
We will present recent measurements of azimuthal anisotropy measurements in p(d)+A and
A+A collisions at RHIC and LHC, and will discuss initial and final state effects for
vn in p(d)+A collisions and scaling relation among vn in p(d)+A and A+A collisions.
We also discuss event-shape engineering study for vn and vn-vm correlations
in A+A collisions which may have an access to initial collision conditions.