Author

Jamal, Mohammad Yousuf

INSPIRE profile2735627 ORCID0000-0003-0674-8370

10 papers·351 citations in this corpus

	Paper	Category
Jun 18, 2026#62606.18854	Diffractive Production of Heavy Quarkonia at the Electron Ion Collider Mohammad Yousuf Jamal🇨🇳 · Ajaharul Islam🇨🇳 · Aritra Bandyopadhyay🇵🇱 · Santosh K. Das🇮🇳	↳ hep-ph	PRD	0
Jan 16, 2026#102601.10634	Medium-Induced Quarkonium Dissociation at Finite Chemical Potential and Weak Magnetic Field Indrani Nilima🇮🇳 · Mujeeb Hasan🇮🇳 · Mohammad Yousuf Jamal🇨🇳 · Salman Ahamad Khan🇮🇳 · B. K. Singh🇮🇳	↳ hep-ph	PRD	0
Apr 9, 2024#132404.05315	$c c ˉ$ and $b b ˉ$ suppression in Glasma Pooja🇮🇳 · Mohammad Yousuf Jamal🇮🇳 · Partha Pratim Bhaduri🇮🇳 · Marco Ruggieri🇮🇹 · Santosh K. Das🇮🇳	↳ hep-ph	PRD	24
Nov 28, 2023#192311.16005	Energy loss of a fast moving parton in Gribov-Zwanziger plasma Manas Debnath🇮🇳 · Ritesh Ghosh🇺🇸 · Mohammad Yousuf Jamal🇮🇳 · Manu Kurian🇺🇸 · Jai Prakash🇮🇳	↳ hep-ph	PRD	16
Jul 19, 2022#62207.08510	Liénard-Wiechert potential of a heavy quark moving in QGP medium Jobin Sebastian🇮🇳 · Mohammad Yousuf Jamal🇮🇳 · Najmul Haque🇮🇳	↳ hep-ph	PRD	16
Sep 2, 2020#102009.00561	Energy Loss Versus Energy Gain of Heavy Quarks in a Hot Medium Mohammad Yousuf Jamal🇮🇳 · Santosh K. Das🇮🇳 · Marco Ruggieri🇨🇳	nucl-th	PRD	21
May 15, 2018#61805.04763	Dissociation of heavy quarkonia in an anisotropic hot QCD medium in a Quasi-Particle Model Mohammad Yousuf Jamal🇮🇳 · Indrani Nilima🇮🇳 · Vinod Chandra🇮🇳 · Vineet Kumar Agotiya🇮🇳	nucl-th	PRD	38
Sep 5, 2017#51709.01032	Collective excitations of a hot anisotropic QCD medium with Bhatnagar-Gross-Krook collisional kernel within an effective description Avdhesh Kumar🇮🇳 · M. Yousuf Jamal🇮🇳 · Vinod Chandra🇮🇳 · Jitesh R. Bhatt🇮🇳	nucl-th	PRD	34
Jan 24, 2017#31701.06162	Collective excitations of hot QCD medium in a quasi-particle description M.Yousuf Jamal🇮🇳 · Sukanya Mitra🇮🇳 · Vinod Chandra🇮🇳	nucl-th	PRD	38
Oct 12, 2016#11610.03170	Dissociation of heavy quarkonium in hot QCD medium in a quasi-particle model Vineet K. Agotiya🇮🇳 · Vinod Chandra🇮🇳 · M. Yousuf Jamal🇮🇳 · Indrani Nilima🇮🇳	nucl-th	PRD	57

Diffractive Production of Heavy Quarkonia at the Electron Ion Collider
Mohammad Yousuf Jamal🇨🇳 · Ajaharul Islam🇨🇳 · Aritra Bandyopadhyay🇵🇱 · Santosh K. Das🇮🇳
Jun 18, 2026#6↳ hep-phPRD0 citations
Medium-Induced Quarkonium Dissociation at Finite Chemical Potential and Weak Magnetic Field
Indrani Nilima🇮🇳 · Mujeeb Hasan🇮🇳 · Mohammad Yousuf Jamal🇨🇳 · Salman Ahamad Khan🇮🇳 · B. K. Singh🇮🇳
Jan 16, 2026#10↳ hep-phPRD0 citations
$c c ˉ$ and $b b ˉ$ suppression in Glasma
Pooja🇮🇳 · Mohammad Yousuf Jamal🇮🇳 · Partha Pratim Bhaduri🇮🇳 · Marco Ruggieri🇮🇹 · Santosh K. Das🇮🇳
Apr 9, 2024#13↳ hep-phPRD24 citations
Energy loss of a fast moving parton in Gribov-Zwanziger plasma
Manas Debnath🇮🇳 · Ritesh Ghosh🇺🇸 · Mohammad Yousuf Jamal🇮🇳 · Manu Kurian🇺🇸 · Jai Prakash🇮🇳
Nov 28, 2023#19↳ hep-phPRD16 citations
Liénard-Wiechert potential of a heavy quark moving in QGP medium
Jobin Sebastian🇮🇳 · Mohammad Yousuf Jamal🇮🇳 · Najmul Haque🇮🇳
Jul 19, 2022#6↳ hep-phPRD16 citations
Energy Loss Versus Energy Gain of Heavy Quarks in a Hot Medium
Mohammad Yousuf Jamal🇮🇳 · Santosh K. Das🇮🇳 · Marco Ruggieri🇨🇳
Sep 2, 2020#10nucl-thPRD21 citations
Dissociation of heavy quarkonia in an anisotropic hot QCD medium in a Quasi-Particle Model
Mohammad Yousuf Jamal🇮🇳 · Indrani Nilima🇮🇳 · Vinod Chandra🇮🇳 · Vineet Kumar Agotiya🇮🇳
May 15, 2018#6nucl-thPRD38 citations
Collective excitations of a hot anisotropic QCD medium with Bhatnagar-Gross-Krook collisional kernel within an effective description
Avdhesh Kumar🇮🇳 · M. Yousuf Jamal🇮🇳 · Vinod Chandra🇮🇳 · Jitesh R. Bhatt🇮🇳
Sep 5, 2017#5nucl-thPRD34 citations
Collective excitations of hot QCD medium in a quasi-particle description
M.Yousuf Jamal🇮🇳 · Sukanya Mitra🇮🇳 · Vinod Chandra🇮🇳
Jan 24, 2017#3nucl-thPRD38 citations
Dissociation of heavy quarkonium in hot QCD medium in a quasi-particle model
Vineet K. Agotiya🇮🇳 · Vinod Chandra🇮🇳 · M. Yousuf Jamal🇮🇳 · Indrani Nilima🇮🇳
Oct 12, 2016#1nucl-thPRD57 citations

Showing 1–10 of 10·25 / 50 / 100per page

Page 1 of 1

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