Jet-Medium Interactions with Identified Particles

Anne M. Sickles

doi:10.1016/j.nuclphysa.2009.09.015

Jet-Medium Interactions with Identified Particles

Anne M. Sickles

Research output: Contribution to journal › Article › peer-review

Abstract

Identified particles have long been of great interest at RHIC in large part because of the baryon/meson differences observed at intermediate p_T and the implications for hadronization via quark coalescence. With recent high statistics data identified particles are also now central to understanding the details of the jet-medium interactions and energy loss and hadron formation at intermediate and high p_T. In particular, high p_T identified particle spectra along with two-particle correlations triggered with direct photons, neutral pions or electrons from heavy flavor decay with hadrons can provide information about how medium modifications to jet fragmentation depend on parton type. I will review recent results with identified particles both in heavy ion systems and the reference measurements in p+p collisions.

Original language	English (US)
Pages (from-to)	131c-138c
Journal	Nuclear Physics A
Volume	830
Issue number	1-4
DOIs	https://doi.org/10.1016/j.nuclphysa.2009.09.015
State	Published - Nov 1 2009
Externally published	Yes

ASJC Scopus subject areas

Nuclear and High Energy Physics

Online availability

10.1016/j.nuclphysa.2009.09.015

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title = "Jet-Medium Interactions with Identified Particles",

abstract = "Identified particles have long been of great interest at RHIC in large part because of the baryon/meson differences observed at intermediate pT and the implications for hadronization via quark coalescence. With recent high statistics data identified particles are also now central to understanding the details of the jet-medium interactions and energy loss and hadron formation at intermediate and high pT. In particular, high pT identified particle spectra along with two-particle correlations triggered with direct photons, neutral pions or electrons from heavy flavor decay with hadrons can provide information about how medium modifications to jet fragmentation depend on parton type. I will review recent results with identified particles both in heavy ion systems and the reference measurements in p+p collisions.",

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note = "I thank Andrew Adare, Bertrand Biritz, Megan Connors, Ahmed Hamed, Mike McCum-ber, Bedenga Mohanty, Dave Morrison, Jamie Nagle, Paul Stankus and Jiayin Sun interesting discussions and providing me with plots. I thank the Quark Matter 2009 organizers for a very interesting and enjoyable conference. This work is supported by the U. S. Department of Energy under contract DE-AC02-98CH1-886.",

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N2 - Identified particles have long been of great interest at RHIC in large part because of the baryon/meson differences observed at intermediate pT and the implications for hadronization via quark coalescence. With recent high statistics data identified particles are also now central to understanding the details of the jet-medium interactions and energy loss and hadron formation at intermediate and high pT. In particular, high pT identified particle spectra along with two-particle correlations triggered with direct photons, neutral pions or electrons from heavy flavor decay with hadrons can provide information about how medium modifications to jet fragmentation depend on parton type. I will review recent results with identified particles both in heavy ion systems and the reference measurements in p+p collisions.

AB - Identified particles have long been of great interest at RHIC in large part because of the baryon/meson differences observed at intermediate pT and the implications for hadronization via quark coalescence. With recent high statistics data identified particles are also now central to understanding the details of the jet-medium interactions and energy loss and hadron formation at intermediate and high pT. In particular, high pT identified particle spectra along with two-particle correlations triggered with direct photons, neutral pions or electrons from heavy flavor decay with hadrons can provide information about how medium modifications to jet fragmentation depend on parton type. I will review recent results with identified particles both in heavy ion systems and the reference measurements in p+p collisions.

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Jet-Medium Interactions with Identified Particles

Abstract

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