Author

Faraday, Coleridge

INSPIRE profile2661508 ORCID0000-0003-3063-148X

10 papers

Affiliationsfrom papers in this corpus

Cape Town U.2023–2026(10)

Collaboratorsmost frequent first

	Paper	Category
Sep 25, 2026#152609.29886	Centrality-dependent nuclear modification from hard-soft correlations in the glasma Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦 · Björn Schenke🇺🇸	↳ hep-ph	—	1
Apr 21, 2026#112604.18010	Jet Quenching in the Smallest Hadronic Collision Systems Coleridge Faraday🇿🇦 · Ben Bert🇿🇦 · Jack Brand🇿🇦 · Werner Vogelsang🇩🇪 · W. A. Horowitz🇿🇦	↳ hep-ph	—	0
Dec 22, 2025#142512.17832	From Lead to Helium: Discovery Potential for Jet Quenching in the Smallest Collision Systems Coleridge Faraday🇿🇦 · Ben Bert🇿🇦 · Jack Brand🇿🇦 · Werner Vogelsang🇩🇪 · W. A. Horowitz🇿🇦	↳ hep-ph	—	5
May 21, 2025#112505.14568	Statistical analysis of pQCD energy loss across system size, flavor, $s_{N N}$ , and $p_{T}$ Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦	↳ hep-ph	JHEP	17
Nov 15, 2024#102411.09647	A unified description of small, peripheral, and large system suppression data from pQCD Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦	↳ hep-ph	PLB	11
Sep 24, 2024#42409.14886	Heavy Flavour Energy Loss in Small and Large Systems Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦	nucl-th	EPJ Web Conf.	1
Aug 27, 2024#62408.14426	Collisional and radiative energy loss in small systems Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦	nucl-th	PRC	12
Sep 13, 2023#102309.06246	Assumption Breakdown in Radiative Energy Loss Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦	↳ hep-ph	—	6
Jul 18, 2023#22307.08355	Energy Loss in Small Collision Systems Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦	nucl-th	PoS	3
May 23, 2023#122305.13182	Inconsistencies in, and short pathlength correction to, $R_{AA} (p_{T})$ in $A + A$ and $p + A$ collisions Coleridge Faraday🇿🇦 · Antonia Grindrod🇿🇦 · W. A. Horowitz🇿🇦	↳ hep-ph	EPJC	18

Centrality-dependent nuclear modification from hard-soft correlations in the glasma
Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦 · Björn Schenke🇺🇸
Sep 25, 20262609.29886↳ hep-ph1 citation
Jet Quenching in the Smallest Hadronic Collision Systems
Coleridge Faraday🇿🇦 · Ben Bert🇿🇦 · Jack Brand🇿🇦 · Werner Vogelsang🇩🇪 · W. A. Horowitz🇿🇦
Apr 21, 20262604.18010↳ hep-ph0 citations
From Lead to Helium: Discovery Potential for Jet Quenching in the Smallest Collision Systems
Coleridge Faraday🇿🇦 · Ben Bert🇿🇦 · Jack Brand🇿🇦 · Werner Vogelsang🇩🇪 · W. A. Horowitz🇿🇦
Dec 22, 20252512.17832↳ hep-ph5 citations
Statistical analysis of pQCD energy loss across system size, flavor, $s_{N N}$ , and $p_{T}$
Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦
May 21, 20252505.14568↳ hep-phJHEP17 citations
A unified description of small, peripheral, and large system suppression data from pQCD
Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦
Nov 15, 20242411.09647↳ hep-phPLB11 citations
Heavy Flavour Energy Loss in Small and Large Systems
Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦
Sep 24, 20242409.14886nucl-thEPJ Web Conf.1 citation
Collisional and radiative energy loss in small systems
Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦
Aug 27, 20242408.14426nucl-thPRC12 citations
Assumption Breakdown in Radiative Energy Loss
Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦
Sep 13, 20232309.06246↳ hep-ph6 citations
Energy Loss in Small Collision Systems
Coleridge Faraday🇿🇦 · W. A. Horowitz🇿🇦
Jul 18, 20232307.08355nucl-thPoS3 citations
Inconsistencies in, and short pathlength correction to, $R_{AA} (p_{T})$ in $A + A$ and $p + A$ collisions
Coleridge Faraday🇿🇦 · Antonia Grindrod🇿🇦 · W. A. Horowitz🇿🇦
May 23, 20232305.13182↳ hep-phEPJC18 citations

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