Author

Younus, Mohammed

INSPIRE profile1072082 ORCID0000-0002-0334-8649

14 papers

Affiliationsfrom papers in this corpus

Collaboratorsmost frequent first

	Paper	Category
Aug 13, 2020#7*2008.05265	Centrality dependence of nuclear suppression of D mesons in $p$ +Pb collisions at $s_{N N}$ = 5.02 TeV Srikanta Kumar Tripathy🇭🇺 · Mohammed Younus🇿🇦 · Sudipan De🇮🇳	↳ hep-ph	—	2
Oct 28, 2019#11910.11735	Third order viscous hydrodynamics from the entropy four current Mohammed Younus🇿🇦 · Azwinndini Muronga🇿🇦	nucl-th	PRC	9
Dec 13, 2018#41812.05041	Identified particle production in Xe+Xe collisions at $s_{NN}$ = 5.44 TeV using a multiphase transport model Rutuparna Rath🇮🇳 · Sushanta Tripathy🇮🇳 · Raghunath Sahoo🇮🇳 · Sudipan De🇮🇳 · Mohammed Younus🇿🇦	↳ hep-ph	PRC	10
May 9, 2018#11805.02713	Calculating charged particle observables using modified Wood Saxon model in HIJING for U+U collisions at $s_{N N}$ = 193 GeV S. K. Tripathy🇮🇳 · M. Younus🇮🇳 · Z. Naik🇮🇳 · P. K. Sahu🇮🇳	nucl-th	NPA	5
May 1, 2018#101804.10906	Predictions for azimuthal anisotropy in Xe+Xe collisions at $s_{N N}$ = 5.44 TeV using a multiphase transport model Sushanta Tripathy🇮🇳 · Sudipan De🇮🇳 · Mohammed Younus🇮🇳 · Raghunath Sahoo🇮🇳	↳ hep-ph	PRC	23
Mar 6, 2018#111803.01578	Elliptic flow of hadrons via quark coalescence mechanism using Boltzmann transport equation for Pb+Pb collision at $s_{N N}$ =2.76 TeV Mohammed Younus🇮🇳 · Sushanta Tripathy🇮🇳 · Swatantra Kumar Tiwari🇮🇳 · Raghunath Sahoo🇮🇳	↳ hep-ph	Adv.High Energy Phys.	7
Feb 5, 2018#11802.00639	Application of Nilsson model for deformed nucleus in relativistic heavy ion collisions S. K. Tripathy🇮🇳 · M. Younus🇮🇳 · P. K. Sahu🇮🇳 · Z. Naik🇮🇳	nucl-th	—	0
Sep 20, 2017#41709.06354	Elliptic Flow in Pb+Pb Collisions at $s_{NN}$ = 2.76 TeV at the LHC Using Boltzmann Transport Equation with Non-extensive Statistics Sushanta Tripathy🇮🇳 · Swatantra Kumar Tiwari🇮🇳 · Mohammed Younus🇮🇳 · Raghunath Sahoo🇮🇳	↳ hep-ph	EPJA	21
Mar 25, 2015#31503.06936	Nuclear modification and azimuthal anisotropy of D mesons produced in relativistic heavy ion collision Mohammed Younus🇮🇳	nucl-th	—	2
Sep 6, 2013#2*1309.1276	Charm Quark Energy Loss In Infinite QCD Matter Using A Parton Cascade Model Mohammed Younus🇮🇳 · Christopher E. Coleman-Smith🇺🇸 · Steffen A. Bass🇺🇸 · Dinesh K. Srivastava🇮🇳	nucl-th	PRC	33
Jan 25, 2013#4*1301.5762	Effect of Energy Loss On Azimuthal Correlation of charm and correlated charm decay in collision of lead nuclei at sqrt{s} = 2.76 A TeV Mohammed Younus🇮🇳 · Dinesh K. Srivastava🇮🇳	nucl-th	J.Phys.G	11
Apr 25, 2012#5*1204.5356	Empirical determination of charm quark energy loss and its consequences for azimuthal anisotropy Mohammed Younus🇮🇳 · Dinesh K. Srivastava🇮🇳	nucl-th	J.Phys.G	13
Aug 4, 2011#18*1108.0855	Correlations of Heavy Quarks Produced at Large Hadron Collider Mohammed Younus🇮🇳 · Umme Jamil🇮🇳 · Dinesh K. Srivastava🇮🇳	↳ hep-ph	J.Phys.	7
Aug 9, 2010#2*1008.1120	Heavy Quark Production from Relativistic Heavy Ion Collisions Mohammed Younus🇮🇳 · Dinesh K. Srivastava🇮🇳	nucl-th	J.Phys.G	14

Centrality dependence of nuclear suppression of D mesons in $p$ +Pb collisions at $s_{N N}$ = 5.02 TeV
Srikanta Kumar Tripathy🇭🇺 · Mohammed Younus🇿🇦 · Sudipan De🇮🇳
Aug 13, 2020*2008.05265↳ hep-ph2 citations
Third order viscous hydrodynamics from the entropy four current
Mohammed Younus🇿🇦 · Azwinndini Muronga🇿🇦
Oct 28, 20191910.11735nucl-thPRC9 citations
Identified particle production in Xe+Xe collisions at $s_{NN}$ = 5.44 TeV using a multiphase transport model
Rutuparna Rath🇮🇳 · Sushanta Tripathy🇮🇳 · Raghunath Sahoo🇮🇳 · Sudipan De🇮🇳 · Mohammed Younus🇿🇦
Dec 13, 20181812.05041↳ hep-phPRC10 citations
Calculating charged particle observables using modified Wood Saxon model in HIJING for U+U collisions at $s_{N N}$ = 193 GeV
S. K. Tripathy🇮🇳 · M. Younus🇮🇳 · Z. Naik🇮🇳 · P. K. Sahu🇮🇳
May 9, 20181805.02713nucl-thNPA5 citations
Predictions for azimuthal anisotropy in Xe+Xe collisions at $s_{N N}$ = 5.44 TeV using a multiphase transport model
Sushanta Tripathy🇮🇳 · Sudipan De🇮🇳 · Mohammed Younus🇮🇳 · Raghunath Sahoo🇮🇳
May 1, 20181804.10906↳ hep-phPRC23 citations
Elliptic flow of hadrons via quark coalescence mechanism using Boltzmann transport equation for Pb+Pb collision at $s_{N N}$ =2.76 TeV
Mohammed Younus🇮🇳 · Sushanta Tripathy🇮🇳 · Swatantra Kumar Tiwari🇮🇳 · Raghunath Sahoo🇮🇳
Mar 6, 20181803.01578↳ hep-phAdv.High Energy Phys.7 citations
Application of Nilsson model for deformed nucleus in relativistic heavy ion collisions
S. K. Tripathy🇮🇳 · M. Younus🇮🇳 · P. K. Sahu🇮🇳 · Z. Naik🇮🇳
Feb 5, 20181802.00639nucl-th0 citations
Elliptic Flow in Pb+Pb Collisions at $s_{NN}$ = 2.76 TeV at the LHC Using Boltzmann Transport Equation with Non-extensive Statistics
Sushanta Tripathy🇮🇳 · Swatantra Kumar Tiwari🇮🇳 · Mohammed Younus🇮🇳 · Raghunath Sahoo🇮🇳
Sep 20, 20171709.06354↳ hep-phEPJA21 citations
Nuclear modification and azimuthal anisotropy of D mesons produced in relativistic heavy ion collision
Mohammed Younus🇮🇳
Mar 25, 20151503.06936nucl-th2 citations
Charm Quark Energy Loss In Infinite QCD Matter Using A Parton Cascade Model
Mohammed Younus🇮🇳 · Christopher E. Coleman-Smith🇺🇸 · Steffen A. Bass🇺🇸 · Dinesh K. Srivastava🇮🇳
Sep 6, 2013*1309.1276nucl-thPRC33 citations
Effect of Energy Loss On Azimuthal Correlation of charm and correlated charm decay in collision of lead nuclei at sqrt{s} = 2.76 A TeV
Mohammed Younus🇮🇳 · Dinesh K. Srivastava🇮🇳
Jan 25, 2013*1301.5762nucl-thJ.Phys.G11 citations
Empirical determination of charm quark energy loss and its consequences for azimuthal anisotropy
Mohammed Younus🇮🇳 · Dinesh K. Srivastava🇮🇳
Apr 25, 2012*1204.5356nucl-thJ.Phys.G13 citations
Correlations of Heavy Quarks Produced at Large Hadron Collider
Mohammed Younus🇮🇳 · Umme Jamil🇮🇳 · Dinesh K. Srivastava🇮🇳
Aug 4, 2011*1108.0855↳ hep-phJ.Phys.7 citations
Heavy Quark Production from Relativistic Heavy Ion Collisions
Mohammed Younus🇮🇳 · Dinesh K. Srivastava🇮🇳
Aug 9, 2010*1008.1120nucl-thJ.Phys.G14 citations

Showing 1–14 of 14·25 / 50 / 100per page

Page 1 of 1

Affiliations

own affiliationscollaboratorsvia INSPIRE

Shows only papers in the locally ingested corpus, matched through the INSPIRE author identity. This may not match the author's full publication record.