
The purpose of this workshop is to offer an opportunity for experimentalists and theorists to discuss the analysis of the data taken within the first year of LHC p+p (√s=900 GeV and 14 TeV) and Pb+Pb (√s=5.5 TeV) runs.
The main emphasis is given to :
Session 1 |
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Unveiling jet topology via multi-particle correlations
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Novel LHC Phenomena
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Simulation of jet quenching and high-pt particle production at RHIC and LHC
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Jets and Hard-scattering from RHIC to LHC---a critical review
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Prompt Photon physics in ALICE: Gamma-hadron & Gamma-Jet correlations
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High-pT Physics with the ALICE Detector
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Particle production mechanisms from RHIC to LHC
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Strange particle correlation - coalescence at LHC
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Multiparticle correlations due to momentum conservation and statistical jet studies
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PID at high pT with the ALICE TPC
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The role of the FMD in high pT physics
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Hard Probes: Past, Present and Future
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Global reanalysis of nPDFs
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Jet correlation in ATLAS
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Expected ALICE performance on open heavy flavour and quarkonia
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Heavy-quark correlations in hadronic collisions
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Experimental overview of high pT results at RHIC
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Probing the Quark-Gluon Plasma with Jets in CMS at the LHC
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Prospects for identified leading particle correlations in ALICE
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Nuclear shadowing in the light-cone dipole approach
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Photon-jet correlations in hadronic collisions
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Prospects of Jet Tomography Using Hard Processes inside a Soft Medium
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Consequences of Early Thermalization at Low and High pT
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Dijet and photon-jet correlations in pp collisions at RHIC
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Nuclear effects in the Glauber-Gribov model
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Three-Particle Azimuthal Correlations
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