Measuring the saturation scale in nuclei
arXiv:1001.4281 · doi:10.1103/PhysRevC.81.035204
Abstract
The saturation momentum seeing in the nuclear infinite momentum frame is directly related to transverse momentum broadening of partons propagating through the medium in the nuclear rest frame. Calculation of broadening within the color dipole approach including the effects of saturation in the nucleus, gives rise to an equation which describes well data on broadening in Drell-Yan reaction and heavy quarkonium production.
11 pages, 5 figures, based on the talk presented by B.K. at the INT workshop "Physics at a High Energy Electron Ion Collider", Seattle, October 2009
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- 3D Structure and Nuclear Targets
- Nuclear suppression of J/Psi: from RHIC to the LHC
- Suppression vs enhancement of heavy quarkonia in pA collisions
- Heavy quarkonium in saturated environment of high-multiplicity pp collisions
- J/Psi production in nuclear collisions: measuring the transport coefficient
- Heavy quarkonium production: Nontrivial transition from pA to AA collisions
- Survival of charmonia in a hot environment
- Mutual boosting of the saturation scales in colliding nuclei
- Puzzles of J/Psi production off nuclei
- Spacetime development of in-medium hadronization: Scenario for leading hadrons
- Nuclear -broadening of an energetic parton pair
- Nuclear -broadening of Drell-Yan and quarkonium production from SPS to LHC
- A heuristic description of high-pT hadron production in heavy ion collisions
- Universal Centrality Dependence of Particle Multiplicities in Heavy-Ion Collisions
- Physics with Nuclei at an Electron Ion Collider
- Effects of heavy quarks in the dipole cross section with the KLN model
- Dipole-pion cross section in the saturation regime
- Evolution of the color dipole cross section
- Quenching of high-pT hadrons: a non-energy-loss scenario
- Rapidity Distributions of Hadrons in Proton-Nucleus Collisions