Deependra Singh Rawat

 

Deependra Singh Rawat

Senior Research Fellow
Department of Physics
(UGC-Centre of Advanced Study)
D.S.B., Campus,
Kumaun University, Nainital- 263001
Uttarakhand, INDIA
E-mail: dsrawatphysics@kunainital.ac.in

 

Research Supervisor:

 

Prof. (Dr.) H.C. Chandola

 

Professor and Head

Department of Physics
(UGC-Centre of Advanced Study)
D.S.B., Campus,
Kumaun University, Nainital- 263001
Uttarakhand, INDIA

 

 Area of Research:

Theoretical High Energy Physics

Quantum Chromodynamics, Topology of gauge fields, field theory of strong interactions, Quark-Gluon Plasma and QCD phase structure

List of Publications:

 

Journal's

 

1. Deependra Singh Rawat, H.C. Chandola, Dinesh Yadav and H.C. Pandey:
    “Nonperturbative Dynamics of QCD and its Phase Structure: An Overview”  

     International Journal of Modern Physics E 30, 2130001-90 (2021).
     (Review Article “Dynamics of QCD Matter-Current Status”)

 2. H.C. Chandola, Deependra S. Rawat, D. Yadav, H.C. Pandey and H. Dehnen:
    “Nonperturbative and Thermal Dynamics of Confined Fields in Dual QCD”
     Advances in High Energy Physics 2020, 4240512 (2020).

 3. Deepak Bhatt, H.C. Chandola, Deependra Singh Rawat and H.C. Pandey:
     "Dual models of QCD and their implications"
     Journal of Mountain Research 14(1), 65 (2019).

 

Proceeding's 

 

1.  Deependra Singh Rawat, H.C. Chandola, Dinesh Yadav and H.C. Pandey:

     "Flux tube structure of dual QCD and thermal field dynamics."

     Proc. of DAE Symposium on Nuclear Physics 64, 665 (2019). 

2. Deependra Singh Rawat, H.C. Chandola, H.C. Pandey and Deepak Bhatt:

    "Flux tube interaction and QGP formation process".                                      

     Proc. of DAE Symposium on Nuclear Physics 62, 964 (2017). 

3.  H.C. Pandey, H.C. Chandola and Deependra Singh Rawat;

    "Finite temperature confinement-deconfinement phase transition in dual QCD."

    Proc. of DAE Symposium on Nuclear Physics 62, 794 (2017).

Chapter's in the books

 

1. Deependra Singh Rawat, H.C. Chandola, Dinesh Yadav and H.C. Pandey: 

    “Implications of Flux-Tube Formulation of Dual QCD for Thermalization, Quark Pair             Creation and QGP” 

    Springer Proceedings in Physics 261, 1081 (2021).  

 

2. Deependra Singh Rawat, H.C. Chandola, H.C. Pandey and D. Yadav: 

    “Flux tubes, Field Configuration and Non-Perturbative Dynamics of QCD” 

    Springer Proceedings in Physics 203, 625 (2018).