Research at Physics Department

A. Minor Research Project

Table 1. Minor Research Project completed by Dr. Prabir Kr. Haldar

Name & Designation of Principal Investigator

Title

Agency

Period

Grant or amount sanctioned

Status

Dr. Prabir Kr. Haldar, Assistant Professor, Dinhata College

Fluctuation Studies of Pionisation Process for ring like and Jet like events in Ultra-Relativistic Nuclear Interactions

University Grants Commission

2007 - 2009

Rs. 90000/-

Completed

B. Major Research Projects

Table 2. Major Research Project completed by Dr. Prabir Kr. Haldar

Name & Designation of Principal Investigator

Title

Agency

Period

Grant or amount sanctioned

Status

Dr. Prabir Kr. Haldar, Assistant Professor, Dinhata College

Investigation of ring like (Super spiky) events in Ultra-relativistic Nuclear Interactions -- evidence of QGP formation or Cerenkov Gluon Radiation ( A new Concept in High energy Physics)

Department of Science of Technology ( SERC Fast Track Scheme For Young scientists)

2009 - 2012

Rs. 14,69,200/-Manpower: One JRF

Completed

C. Salient Research Achievements: Dr. Haldar has presented a Research Paper in the 18^th WB State Science & Technology Congress, dated 28th Feb. to 1st March,2011, venue at Ramakrishna Mission Ashrama, Narendrapur, Kolkata-103 which has been nominated as a best oral presentation in the Congress. He has also been invited to attend the ACISNR, SUNY at Fredonia, Fredonia, USA, May 5-7, 2010. However, due to unanticipated delay in obtaining the US visa, he could not participate in the ACISNR-2010.

D. Dr. Prabir Kumar Haldar’s research priority includes High Energy Physics (Experimental). Studied Relativistic Heavy ion collisions energy range from few GeV to few hundred GeV.

Table 3. Summary Report on Research & Publication of Dr. Prabir Kr. Haldar

Type

Number

International Referred Journal

International Conference

National Conference

State level Conference papers

Books

Projects

Ph. D. Scholars

Table 4. Research Publications of Dr. Prabir Kumar Halder, Assistant Professor, Department of Physics

Title with page Nos.

Journal

Impact factor

Multidimensional Intermittency Study of Target Fragments at CERN SPS Energies

Astroparticle Physics 42 (2013) 76–85

4.777

Ring and Jet Study on Azimuthal Substructure of Pions at CERN SPS Energy

Pramana Journal of Physics DOI: 10.1007/s12043-013-0510

0.562

Dynamical fluctuations of pions for Ring and Jet-like events at SPS energy - An in-depth study with Factorial Correlator

Ind. J of phys, 13^th Sept. 2012

1.785

Pecularities in the distribution of produced particles emission in ²⁴Mg-Ag/Br interactions at 4.5 A GeV: (156 -160)

IJPAP, vol.50, 2012

0.854

Non-Statistical fluctuations of pions for Ring and Jet-like events at CERN SPS energy - An in-depth analysis with Factorial Correlator: (2027 -2038)

IJMPE, Volume 20, no. 9 ( 2011 )

0.625

Fluctuation Pattern of Shower and Compound Multiplicity Distributions in Nucleus-Nucleus Interactions at a Few GeV: (1287-1306)

IJMPE , Volume 20, Issue 05, pp. (2011).

0.864

Factorial correlators and oscillatory multiplicity moments study of ring and jet-like events in ¹⁶O – Ag/Br interactions at 60 A GeV: (713-721)

Can. J.of Phys. 2011

0.902

Factorial Correlators and Oscillatory Multiplicity Moments at the CERN SPS Energy for Ring-Like and Jet-Like Events

(012502-1-4)

Chin. Phys. Lett. . (2011)

0.811

Ring and Jet-like structure and two-dimensionalintermittency in nucleus-nucleus collisionsat 200A GeV/c:(67–85)

Nuclear Physics A 858 (2011)

1.525

Intermittency and related issues in 16O-Ag/Br collision at 200A GeV/c: (575–584 )

Can.J.Phys. (2010)

0.902

Levy index analysis for a multifractality and phase transition study of target fragments in ring-like and jet-like events.: 045201(1-9)

Phys.Scr.82 (2010)

1.032

Levy Index and Multifragmentations of targets at SPS energy-evidence of both monofractality and multifractality.: (75-86)

Fractals, Vol. 18, No. 1 (2010)

1.256

Void analysis of Target residues at SPS energies: (407-417)

IJMPE, Vol. 19, Issue: 3 (March 2010)

0.864

Ring type events and Nuclear collision at SPS energies and Nuclear RefractiveIndex

(2355-2361)

Acta PhysicaPolonicaBVol 40 (2009)

0.536

Azimuthal Correlation and fractal study of compound hadrons ( pions and protons) at Dubna and sps energies: (1463 – 1485)

Indian J.Phys. 83(10) (2009)

1.785

Multifragmentations of targets at SPS energy-evidence of both monofractality and multifractality: (1-6)

Fractals Vol.16, No. 2 (2008)

1.256

Fluctuation and Fractal Characteristics of Ring like and Jet like events produced at SPS Energies: (1339-1371)

Indian J. of Phys.82 (10) (2008)

1.785

Study of Multidimensional fluctuation and non-thermal phase transition study in ring and Jet like events in ultra-relativistic nuclear collisions: (419 -424)

IJPAP, 45 (2007)

0.854

Dynamical fluctuation of compound multiplicity in nucleus-nucleus interactions at 4.5 A GeV ----Evidence of projectile dependence of Azimuthal asymmetry

(965-968)

IJPAPVol.45, Dec. 2007

0.854

Signature of void probability scaling in jet like events ¹⁶O – AgBr interactions at 60 GeV/n: (127-133)

Astroparticle Physics 27(2007)

4.777

Fractality of emission of compound multiplicity in ¹²C – AgBr interactions at 4.5 A GeV: (1-8)

Can.J.Phys. 85: (2007)

0.902

Self-Affine Scaling and Non-Thermal Phase Transition in Target Fragments of Muon-Nucleus Interactions at High Energy.: (1759 – 1768)

Modern Physics letter A, Vol. 22, No. 23 (2007)

1.11

Azimuthal asymmetry and dynamical fluctuation of compound multiplicity in nucleus-nucleus collisions at ultra-relativistic energy: (1-9)

Can.J.Phys. 85: (2007);

0.902

Pronounced pionic self-similarity in ring-like events in ¹⁶O-AgBr interactions: 22003

EPL, 80 (2007)

2.171

Strong self similar fluctuations of target fragments in ring-like events in Ultra-relativistic nuclear collision: 2944

Chinese Phys.Letts. Vol.23, No. 11(2006)

0.811

Pronounced fluctuation of target fragments in forward hemisphere only in Ultra-relativistic nuclear collision

1441

Chinese Phys.Letts. Vol.23, No. 6(2006)

0.811

Maximum pseudorapidity gap analysis in nuclear interaction at few GeV to few hundred GeV: (133 – 140)

FizikaB (Zagrab) 12 (2006) 3,

Fragmentation of targets in Muon-nucleus interactions at (420 +_ 45) GeV strong two particle azimuthal correlation

(107 - 114)

FizikaB (Zagrab) 15 (2006) 3

Evidence of strong pion fluctuation in jet like events in ³²S – AgBr interaction (815)

Chinese Phys. Letts. Vol.23, No. 4(2006)

0.811

Dynamical azimuthal fluctuation of target fragments in forward and backward hemisphere in case of ³²S – AgBr interaction: (1029-1032)

Indian J.Phys. 80(10) (2006)

1.784

Azimuthal pion fluctuation & phase transition in ultra-relativistic ring like and jet like events: (807-813)

Indian J. Phys. 80(8), (2006)

1.784

Evidence of fractal behavior of pions and protons in high energy interaction – an experimental Investigation: (325-329)

Fractals, Vol. 13. No.4(2005)

1.256

Compound multiplicity distribution in nucleus-nucleus interactions – phase transition study: (317 -326)

FizikaB 14(2005)3,

Multifractal behaviour of nuclear fragments in high energy leptonic interactions: 054903

Physical Rev. C 70, (2004)

3.715

Validity of negative binomial multiplicity distribution in case of ultra-relativistic nucleus-nucleus interaction in azimuthal bins: (311-315)

Europhysics letters 65(3), (2004)

2.171

Proton emission in asymmetric nuclear interactions at 14.5 A GeV ---- Evidence of strong dynamical fluctuation: (403 -406)

IJPAP Vol. 42, June 2004

0.854

Non - statistical fluctuation in compound multiplicity distribution in ultrarelativistic nuclear collisions-factorial correletor study: (1 – 8)

J.Phys.G: Nucl. Part. Phys.30 (2004)

5.326

Proton emission in nucleus nucleus interactions at 14.5 A GeV - Evidence of

Monofractality: (472-477)

Europhysics letters 65(4), (2004)

2.171

Dynamical fluctuation of proton emission in heavy ion interactions: (1249 - 1252)

Ind. J. Phys. 78 II (2004)

1.784

Fragmentation in ³²S-AgBr interaction at 200 GeV/n – Evaporation model revisited

(63-65)

Indian J.Phys. 77A(1), (2003)

1.784

Observation of Void Probability Scaling of Proton Emission in High Energy Nucleus-Nucleus Collisions: (2281-2286)

MPLA Vol. 18, No. 32(2003)

1.11

Multifractal specific heats in ultra-high energy nuclear collisions: (213-223)

Nucl. Phys. A 707(2002)

1.525

Evidence of dynamical fluctuation of target residues in relativistic Nuclear interaction at 14.5 A GeV

Czechoslovak J.of Phys. 52 6 (2002)

0.330

Target Fragmentation in ²⁸Si-AgBr interactions at 14.5 AGeV. Evidence for two-and many-particle dynamical Correlations: (73-82)

Fizika B 11(2002) 1,

Non-statistical fluctuation of ‘ compound multiplicity’ in nucleus-nucleus interactions ----- evidence of strong intermittency

Chinese Phys. Letts. 9(2002) 1436

0.811

A study on azimuthal asymmetry of emission of pions produced in ultra-relativistic nuclear collisions: (639-643)

Europhysics letters 56(5), (2001)

2.171

Fragmentation of targets in ²⁸Si-AgBr interactions at 14.5A GeV - Signature of side splash and strong azimuth correlation

Ind. J. Phys. 76A(3),(2002) 77-281

1.784

Fragmentation in ¹⁶O-AgBr interactions at 60 GeV/n , Evaporation model revisited: (197-202)

FizikaB (Zagreb) 9 (2000) , 4 ,

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News And Announcement

Research at Physics Department

A. Minor Research Project

B. Major Research Projects

D. Dr. Prabir Kumar Haldar’s research priority includes High Energy Physics (Experimental). Studied Relativistic Heavy ion collisions energy range from few GeV to few hundred GeV.