IFCPAR AR (ENGLISH) for CD - CEFIPRA
IFCPAR AR (ENGLISH) for CD - CEFIPRA
IFCPAR AR (ENGLISH) for CD - CEFIPRA
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54<br />
Pure and Applied Physics<br />
Prof. Rajeev S. Bhalerao<br />
Tata Institute of Fundamental Research<br />
Mumbai<br />
Dr Jean-Yves Ollitrault<br />
Institut de Physique Theorique<br />
Saclay<br />
Project 4404-2<br />
EXTREME Q<strong>CD</strong> IN THE LHC ERA<br />
<strong>IFCP<strong>AR</strong></strong><br />
Indo-French Centre <strong>for</strong> the Promotion of Advanced Research<br />
Duration: Three years (January, 2011 to December, 2013)<br />
Objectives<br />
The LHC collider at CERN will accelerate beams of lead nuclei<br />
in 2010, at energies 30 times larger than the present collider<br />
RHIC at Brookhaven. These collisions are expected to produce<br />
a phase of matter named the quark-gluon plasma. This project<br />
is devoted to theoretical studies in close relation with this<br />
experimental programme. The first aspect of the project is to<br />
compute the production of particles in these collisions from first<br />
principles, using recent developments in perturbative<br />
Quantum Chromodynamics (Q<strong>CD</strong>). The second aspect is to<br />
study specific signatures of the quark-gluon plasma using<br />
Q<strong>CD</strong> at finite temperature, namely the production of<br />
charmonium, and of particles with high transverse momenta.<br />
The third aspect of the project investigates the expansion of the<br />
quark-gluon plasma and its decay into particles using<br />
relativistic hydrodynamics.<br />
Accomplishments<br />
i) The project started at the beginning of 2011<br />
ii) One paper was submitted and this work was selected <strong>for</strong><br />
oral presentation at the conference "Quark Matter 2011"<br />
iii) One paper is under preparation<br />
Research papers published: Nil