Collisions of high energy particles are useful to probe the elementary structure of matter: partons (quarks and gluons). Ultra relativistic heavy ion collisions produce in the same event a so-called Quark-Gluon Plasma (QGP) as well as elementary parton-parton interaction. Those interactions, called hard processes, originate from the very first moment of the collision, and produce high transverse momentum partons which then decay into observable hadrons (jets). Before this “hadronization”, the partons may interact with the QGP, which modifies the hadron properties. Studying hard processes will be an important issue at LHC. Jet production cross sections can be computed within the pQCD framework. The EPOS formalism tends to compute full events...
We discuss novel QCD phenomena in pA collisions at LHC energies such as the possibility to invesigat...
In the Standard Model of particle physics,the theory of the strong interaction, Quantum Chromodynami...
Context: Quantum chromodynamics (QCD), the theory of the strong interactions, predicts a new state o...
Les collisions de particules à très hautes énergies sont un moyen de sonder la matière au niveau de ...
At the LHC, strong interaction is studied by doing collisions of high energy particles. In the case ...
Proceedings à paraitre dans European Physical Journal CInternational audienceThe study of very high ...
Au LHC, la collision de particules de très hautes énergies permet d’étudier l’interaction forte. En ...
In relativistic collisions between nuclei, the creation of a strongly interacting medium, called the...
There were studied PbPb collisions at a per-nucelon center-of-mass en- ergy of 2760 GeV. Such collis...
In ultrarelativistic heavy-ion collisions, the QCD matter is under extreme conditions of energy dens...
Le jet est l'une des sondes permettant de tester les prédictions de la théorie de l'interaction fort...
The commissioning of the Relativistic Heavy Ion Collider (RHIC) opened new era in nuclear collision ...
We discuss novel QCD phenomena in pA collisions at LHC energies such as the possibility to invesigat...
In the Standard Model of particle physics,the theory of the strong interaction, Quantum Chromodynami...
Context: Quantum chromodynamics (QCD), the theory of the strong interactions, predicts a new state o...
Les collisions de particules à très hautes énergies sont un moyen de sonder la matière au niveau de ...
At the LHC, strong interaction is studied by doing collisions of high energy particles. In the case ...
Proceedings à paraitre dans European Physical Journal CInternational audienceThe study of very high ...
Au LHC, la collision de particules de très hautes énergies permet d’étudier l’interaction forte. En ...
In relativistic collisions between nuclei, the creation of a strongly interacting medium, called the...
There were studied PbPb collisions at a per-nucelon center-of-mass en- ergy of 2760 GeV. Such collis...
In ultrarelativistic heavy-ion collisions, the QCD matter is under extreme conditions of energy dens...
Le jet est l'une des sondes permettant de tester les prédictions de la théorie de l'interaction fort...
The commissioning of the Relativistic Heavy Ion Collider (RHIC) opened new era in nuclear collision ...
We discuss novel QCD phenomena in pA collisions at LHC energies such as the possibility to invesigat...
In the Standard Model of particle physics,the theory of the strong interaction, Quantum Chromodynami...
Context: Quantum chromodynamics (QCD), the theory of the strong interactions, predicts a new state o...