Jet Correlations of Identified Particles in PHENIX

Abstract

Azimuthal two particle correlations at intermediate $p_T$ with one of the particles identified have been measured at PHENIX. Trigger ($2.5<p_T<4.0GeV/c$) baryons and mesons show little significant difference in the number of associated particles ($1.7<p_T<2.5GeV/c$) independent of centrality. For inclusive hadron triggers with $2.5<p_T<4.0GeV/c$, associated fragmentation particles with $1.0<p_T<2.5GeV/c$ show a higher baryon to meson ratio on the away side.

talk given at Quark Matter 2004, 4 pages 4 figure

References in corpus (3)

• Elliptic flow contribution to two-particle correlations at different orientations to the reaction plane
• PHENIX measurement of jet properties and their modification in heavy-ion collisions
• $\pi /K/p$ production and Cronin effect from p+p, d+Au and Au+Au collisions at $\sqrt{s_{NN}}=200$ GeV from the PHENIX experiment

Cited by in corpus (15)

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• Dihadron Correlation in Jets Produced in Heavy-Ion Collisions
• Identified Particle Spectra and Jet Interactions with the Medium
• Jets as a Probe of Dense Matter at RHIC
• Hadron Correlations from Recombination and Fragmentation
• PHENIX Highlights
• Hadron Correlations and Parton Recombination
• Evidence from Identified Particles for Active Quark and Gluon Degrees of Freedom
• Identified Hadron Spectra From pp, dA and AA collisions
• Hadronization of Dense Partonic Matter
• Correlations in the Parton Recombination Model
• Quark and Gluon Degrees of Freedom in High-Energy Heavy Ion Collisions