Rabindranath Mishra

Room No.

Phone no.- (+91)9437275380 / 7978120236

Email-id-rabimishra9560@gmail.com

Selected Publications

  • G.Mitra,H.S.Sahoo, R. N. Mishra,P. K. Panda-Hybrid stars in a relativistic quark mode-Phys. Rev. C-105-045802-2022
  • H.S.Sahoo, Supriya Karan, R. N.Mishra, P. K.Panda-Symmetry energy dilemma within a relativistic quark model-Phys. Rev. C-104-055805-2021
  • H.S.Sahoo, R. N.Mishra, P. K.Panda-Delta Matter in Neutron Stars in a Relativistic Quark Model-JPS Con Proc –32-010054-2020
  • H.S.Sahoo, R.N.Mishra-Compact Stars with Strange Interactions in a Modified Quark Meson Coupling Model (MQMC)- JPS Con Proc-32-010053-2020
  • H.S.Sahoo, R. N. Mishra, D. K. Mohanty, P. K.Panda, and N. Barik-Neutron Star Matter with strange interactions within constraints by GW170817 in a relativistic quark model-Phys. Rev. C- 99- 055803 -2019
  • Group
  • Research
  • Publications
  • Teachings

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  • Delta matter in neutron stars in a relativistic quark model, accepted for publication in JPS Conference Proceedings of the Japanese Physical
  • Compact stars with strange interactions in a modified quark meson coupling model, accepted for publication in JPS Conference Proceedings of the Japanese Physical
  • Role of Xpotential in neutron star matter in MQMC, Proceedings of the DAE-BRNS on Nucl. Phys. 63 (2018), Pg- 798.
  • Effects of strangeness on the Mass-Radius of neutron stars in MQMC, Proceedings of the DAE-BRNS on Nucl. Phys. 62 (2017), Pg- 718.
  • Nuclear structure and decay properties of heavy nuclei in Z=70-80 region, S Mahapatro, R N Mishra, The National Seminar on Current trends and prospective of physics and 34th Annual Convention of OPS. 11-12-Feb 2017.
  • Effects of delta baryon in hyperon stars in a modified quark meson coupling model, Proceedings of the DAE-BRNS Symp. onNucl. Phys. 61 (2016), Pg- 898
  • Compact stars in a modified quark meson coupling model,Proceedings of the DAE-BRNS onNucl. Phys. 60 (2015), Pg- 874
  • Neutron star matter in a modified quark meson coupling model, Proceedings of the National Seminar on Ballistics-A Multi disciplinary physical science, (2015), ISBN:978-2- 642-24819-5, Pg 56
  • Asymmetric nuclear matter in a modified quark meson coupling model, Proceedings of the DAE onNucl. Phys. 59 (2014), Pg – 792
  • Relativistic mean field study of island of inversion in neutron rich Z=17-23 nuclei(74-78), Proceedings of National Seminar on RTLP (2013), ISBN 13-978-81-926579-0-5.
  • Nuclear equation of state in a Relativistic Quark Model(68-73), Proceedings of National Seminar on RTLP (2013), ISBN 13-978-81-926579-0-5.
  • QPI of Biological cells using off- axis method WFDIM(61-67), Proceedings of National Seminar on RTLP (2013), ISBN 13-978-81-926579-0-5.
  • Polaronic Correction on Absorption coefficient in GaAs/ AsxGa1-x as single quantum (112-115), Proceedings of National Seminar on RTLP (2013), ISBN 13-978-81- 926579-0-5\
  • Thermo acoustic parameters of Alkaline earth and transition metal chlorides in aqueous solutions at 303.15 kelvin, Proceedings of the National Symposium on Ultrasonics. ISBN 978-81-9265-79-1-2.
  • Structure functions and parton distributions for the nucleon in an independent quark model., Proceedings of the XIV DAE Symposium on High Energy Physics, December 18-22,
  • Rasbha Polaron in an asymmetric single quantum well. Proceedings of the 99th session of Indian Science Congress, 3-7 January, 2012.

 

  • G.Mitra,H.S.Sahoo, R. N. Mishra,P. K. Panda-Hybrid stars in a relativistic quark mode-Phys. Rev. C-105-045802-2022
  • H.S.Sahoo, Supriya Karan, R. N.Mishra, P. K.Panda-Symmetry energy dilemma within a relativistic quark model-Phys. Rev. C-104-055805-2021
  • H.S.Sahoo, R. N.Mishra, P. K.Panda-Delta Matter in Neutron Stars in a Relativistic Quark Model-JPS Con Proc –32-010054-2020
  • H.S.Sahoo, R.N.Mishra-Compact Stars with Strange Interactions in a Modified Quark Meson Coupling Model (MQMC)- JPS Con Proc-32-010053-2020
  • H.S.Sahoo, R. N. Mishra, D. K. Mohanty, P. K.Panda, and N. Barik-Neutron Star Matter with strange interactions within constraints by GW170817 in a relativistic quark model-Phys. Rev. C- 99- 055803 -2019
  • S. Sahoo, G. Mitra, R.N Mishra, P. K. Panda, and B. A Li-Neutron Star Matter with delta isobars in a relativistic quark model-Phys. Rev. C 98 045801 2018
  • B.Pradhan, S. K. Goi, and R N Mishra-Superconducting Gap in s±s±-Wave IronBased Superconductors- SPIN- 8 -1850006 -2018
  • B.Pradhan, S. K. Goi, and R N Mishra-Specific Heat Investigation in IronBasedSuperconductors-SPIN- 8- 1850001- 2018
  • S.K. Goi, B. Pradhan, S. Behera, P.K. Parida, R.N.-Effect of externalmagnetic field on the coexistence of SC and Solid State Communications-254 6–9- 2017
  • B.Pradhana, S.K. Goi, R.N. Mishra -Effect of external magnetic field on the coexistence of superconductivity and JT distortion in iron pnictides,Solid State Communications -248 110 -114 -2016
  • R N Mishra, H S Sahoo, P K Panda,N Barik and T Frederico-Hyperon stars in a modified quark meson coupling model. Phys. Rev. C- 94- 035805- 2016
  • S Mahapatro, C Lahiri, B Kumar, R N Mishra, S K Patra-Nuclear structure and decay properties of even–even nuclei in Z= 70−80 drip-line region.-International Journal of Modern Physics-25-165006- 2016
  • B.Pradhan,S.K.Goi, Srikanta Behera, P.K.Parida, R.N.Mishra- Model study of coexistence of JahnTeller distortion, antiferromagnetism and superconductivity in iron pnictide superconductors Solid State Communications-248- 53-59- 2016
  • R N Mishra, H S Sahoo, P K Panda, N Barik and T Frederico,-Nuclear symmetry energy in a modified quark meson coupling model-Phys. Rev. C 92 045203 2015
  • N. Jena, R. N. Mishra, P. K. Nanda and S. Sahoo-Leptonic DecayWidths and Decay Constants of Vector Mesons in a Relativistic Potential Model Chinese Journal of Physics, Vol.53(4) (2015)-53 -1-19- 2015
  • S.K.Das, R.N.Mishra, B.K.RoulDiluted magnetic ferroelectric effect in BaTi0.9Hf0.05Co0.05O3 ceramic. Applied Physics A-116 1897-1903-2014
  • S.K.Das, R.N.Mishra,B.K.Roul Magnetic and ferroelectric properties of Ni doped BaTiO3.Solid StateCommunications-191 -19-24- 2014
  •  N.Barik, R.N.Mishra, D.K.Mohanty-Nuclear equation of state in RIQM, with chiral symmetry and Physical Review-C-88 -015206- 2013
  • S.K.Singh, S.Mohapatro, and R.N. Mishra Relativistic mean field study of islands of inversion in neutronrich z = 17 23, 37 40 and 60 64 nuclei.-International Journal of Modern Physics E -22- 135-0018-2013
  • S.N. Jena, R.N. Mishra, P. K. Mohapatra, S. Sahoo-Quark pion coupling strength and ground state baryon spectra in a chiral potential potential model-Canadian Journal of Physics-89-1261–1272-2011
  • N.Barik, R.N.Mishra-Parton distributions in nucleon on the basis of a relativistic independent quark model- Fizika B (Zagreb)- ISSN-1330-0016-11 27-48- 2002
  • N.Barik, R.N.Mishra -Unpolarised Structure functions and Parton distributions in a RIQM Pramana Journal of Physics.-56- 519-536- 2001
  • N.Barik, R.N.Mishra-Spin-dependent structure functions of the proton in a constituent quark model.-Physical Review D-61- 014002- 1999
  • Worked in Deep Inelastic Scattering and have analytically derived both polarised and unpolarised structure functions of proton in a Relativistic Independent Quark Model and have also analysed the parton distributions and have addressed the 2 proton spin crisis.
  • I have modified the quark model and applied it to nuclear astrophysics in deriving and analysing the equation of state of infinite nuclear matter as well as the structure and properties of Neutron star interior. Recently this work was done in the context of multi messenger gravitational wave studies of the merging of neutron stars.
  • I have studied and analysed the islands of inversion in the context of stability and also different properties of various heavy nuclei up to Z=118 in a relativistic mean-field model.
  • I addressed the problem of super conductivity in iron based superconductors.
  • Experimental Ultrasonics analysing different thermo-acoustical parameters of binary and ternary liquids.
  • I am also collaborating a work on quantum cryptography in quantum information with the Department of Computer Science in the analysis of 4 qubits and 5 qubits basis.