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Name Prof. Swarnendu Sarkar
Designation Professor , HOD
Department Name PHYSICS
Office Phone No +91 3222-298405 Extn. 405
Email ID swarnendu@mail.vidyasagar.ac.in
Mobile No 9958479657
Personal Website
Address Department of Physics, Vidyasagar University, Midnapore-721102
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Educational Qualification              
Degree NameInstituteYear of passing/awarded
Ph.D.Institute of Mathematical Sciences, Chennai2006
M.Sc.Institute of Mathematical Sciences, Chennai2001
B.Tech (Hons.): Mechanical EngineeringIndian Institute of Technology, Kharagpur1997
Career Profile / Teaching Experience        
Professor, Department of Physics, Vidyasagar University since March, 2021
Associate Professor. Department of Physics & Astrophysics, University of Delhi, since November, 2020
Assistant Professor. Department of Physics & Astrophysics, University of Delhi, since November, 2008
Visiting Fellow, Tata Institute of Fundamental Research, Mumbai 2008
Postdoctoral Fellow, Institute of Physics, Bhubaneswar (2005-2007)
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Specialization/Research Area
Field of SpecializationResearch Area/ Areas of Interest
Theoretical High Energy Physics
Quantum Field Theory, String Theory
Course/ Subject Taught 
Classical Mechanics
Quantum Mechanics
Radiation Theory
Mathematical Physics
Quantum Filed Theory
Statistical Mechanics
Particle Physics
Superconductivity, Superfluidity & Critical Phenomena
Computer Lab.
Publications in Journal / Book / Book Chapter / Magazines / Newspaper
International Publication
TitlePublished inPublished onPublished byRole 
One-loop analysis of phases of scalar field theories in thermal Anti-de Sitter SpacesSpringer Proc.Phys. 304 (2024) 52-56Jul, 2024SpringerCo-Author Impact Factor: 0.00000
Indexing: SCOPUS
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Partition functions for U (1) vectors and phases of scalar QED in AdSJHEP 06 (2024) 095Jun, 2024SpringerCorresponding Author Impact Factor: 5.00000
Indexing: SCOPUS
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Phases of theories with fermions in AdSJHEP 06 (2023), 009Jun, 2023SpringerCorresponding Author Impact Factor: 5.40000
Indexing: SCOPUS
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On partition functions and phases of scalars in AdSJHEP 07 (2022), 089Jul, 2022SpringerCorresponding Author Impact Factor: 5.40000
Indexing: SCOPUS
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A Holographic Description of BCS Instability at Finite Baryon DensitySpringer Proc. Phys. 203 6072018Springer  Impact Factor:
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Intersecting D3-Branes at Finite TemperatureSpringer Proc. Phys. 203 4632018Springer  Impact Factor:
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ntersecting D-Brane Stacks and Tachyons at Finite TemperatureNucl. Phys. B 936, 1182018Elsevier  Impact Factor:
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Finite Temperature Corrections to Tachyon Mass in Intersecting D-BranesJHEP 1704 1092017IOP Publishing  Impact Factor:
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BCS Instability and Finite Tem- perature Corrections to Tachyon Mass in Intersecting D1-BranesJHEP 1409 0632014IOP Publishing  Impact Factor:
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A Comparative Note on Tunneling in AdS and in its Boundary Matrix DualJHEP 1205 0042012IOP Publishing  Impact Factor:
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Strong Coupling BCS Superconductivity and HolographyNucl. Phys. B 852 6342011Elsevier  Impact Factor:
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Properties ofCFTs Dual to Charged BTZ Black HoleNucl. Phys. B 839 5262010Elsevier  Impact Factor:
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A note on matrix modelwith IR cutoff and AdS/CFTInt. J. Mod. Phys. A 24 52352009World Scientific  Impact Factor:
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Phase transitions in higher derivative gravityJHEP 0704 0142007IOP Publishing  Impact Factor:
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Phase transitions in higher derivative gravity and gauge theory: R-charged black holesJHEP 0709 0262007IOP Publishing  Impact Factor:
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Closed string exchanges on C^2 /Z(2) in a background B-fieldJHEP 0605 0202006IOP Publishing  Impact Factor:
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UV/IR mixing in noncommutative field theories and open closed string dualityInt. J. Mod. Phys. A 21 4763-48062006World Scientific  Impact Factor:
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Aspects of open-closed duality in a background B-fieldJHEP 0505 0622005IOP Publishing  Impact Factor:
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Aspects of open-closed duality in a background B-field. IIJHEP 0511 0022005IOP Publishing  Impact Factor:
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Closed string tachyons on C/Z(N)Int. J. Mod. Phys. A 19 56252004World Scientific  Impact Factor:
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On the UV renormalizability of noncommutative field theoriesJHEP 0206 0032002IOP Publishing  Impact Factor:
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Comments on the renormalizability of the broken symmetry phase in noncommutative scalar field theoryJHEP 0105 0492001IOP Publishing  Impact Factor:
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National Publication


Regional/Local Publication
TitlePublished inPublished onPublished byRoleDetails
Proceedings, International Conference on Light-Cone Physics: Hadronic and Particle Physics (Co-editor)Nuclear Physics B - Proceedings Supplements, Volumes 251–252, Pages 1-1742021Elsevier  Impact Factor:
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Book Published


Book Chapter Published
Ph. D. Thesis Guidence

Awarded Ph. D. Thesis
Scholar NameThesis TitleCo SupervisorStatusDate
Varun Sethi (University of Delhi)Studies of phases in holographic nuclear matter Awarded2021
Astha Kakkar (University of Delhi)Partition Functions and Phases of Quantum Field Theories in Anti-de Sitter Spaces AwardedJan, 2024
Conference /Seminar/Workshop Attended/Organised

Conference /Seminar/Workshop Attended



Conference /Seminar/Workshop Organised

Title of the Conference/Seminar/WorkshopDateRole in the EventFunding Agency
International Conferenceon Light-Cone Physics:Hadronic and ParticlePhysics (University of Delhi)2012Local organizerBRNS, DRDO, DST, DU
National Strings Meeting 2011 (University of Delhi)2011Local organizerDU, HRI, IMSc, IOP, SINP, TIFR
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Last Activity : 12-09-2024