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Wendsday 10 August 2022

Muhammad Roshanzamir

Assistant Professor


Basic Science Faculty

Tel: (2218) 038-32324401


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Research Interest
   * Quantum Technology, - Quantum Devices, - Project: Quantum entanglement of photon beams and its application in the design of quantum radar * Theoretical Condensed Matter * Mathematical Physics - Integrable and superintegrable models - Symmetries and their algebraic description - Orthogonal polynomials * Computational and theoretical Nanosciences - Polymer Membrane - Project: Studies on the air separation through polymer membranes at magnetic field * Two dimensional systems such as Graphene * Mesoscopic Physics:
   Approximation schemes and analytical methods in solving relativistic and nonrelativistic equations and studying their applications in physical systems:

Academic Resume
   Phd, , Urmia University, Iran، Graduation Date: 2015
   Master, , Urmia University, Iran، Graduation Date: 2011
   Bachelor, , Urmia University, Iran، Graduation Date: 2009

International Journal
1. Muhammad Roshanzamir, The Information-Theoretic Treatment of Spinless Particles with the Assorted Diatomic Molecular Potential , Advances in High Energy Physics, vol. 2022, Article ID 6621156, 12 pages, 2022. https://doi.org/10.1155/2022/6621156
2. M. Roshanzamir et al, The Laplace transform approach for a Dirac isotonic oscillator with a tensor potential in D-dimensions , Phys. Scr. 89 (2014) 015001
3. M. Roshanzamir et al, • Pauli-isotonic oscillator with anomalous magnetic moment in presence of Aharonov-Bohm effect: Laplace transform approach , Theor. Math. Phys. 186:2 (2016) 286
4. M. Roshanzamir et al, Magnetization of disclinated graphene in nonuniform magnetic field , International Journal of Modern Physics B, Vol. 31, No. 04, 1750013 (2017)
International Conference
5. M. Roshanzamir, Dislocated crystal in the presence of spin-torsion coupling in a rotating frame , Nanoscience and Nanotechnology Conference, NanoTR-11 (2015) P62
National Conference
٦. Muhammad Roshanzamir, The study of energy spectra and the Rényi entropy using probability density in the presence of generalized inversely Yukawa potential ,
٧. M. Roshanzamir, Thermodynamic properties and the energy spectra of exponential-type Schiöberg potential for non zero angular momentum states , Physics Society of Iran, Aug. 2018
٨. M. Roshanzamir, Energy dispersion and persistent current of quantum dot in the disclinated graphene layer using Nikiforov-Uvarov , ICMP: Iranian Conference on Mathematical Physics 1, 62, 2018
٩. M. Roshanzamir, Energy dispersion, scattering phase shift and cross section through the Williams-Poulios molecular potential via the analytical Greene-Aldrich approximation , Physics Society of Iran, Aug. 2018
١٠. M. Roshanzamir, The partition function and the thermodynamic properties of Williams-Poulios potential , Institute for Research in Fundamental Science (IPM), May 2018
١١. M. Roshanzamir et al, Spin and pseudospin symmetry solution of Dirac equation with Scarf potential , Physics Society of Iran, Aug. 2011
١٢. M. Roshanzamir et al, NU approach in Dirac equation with exponential Scarf potential , Physics Society of Iran, Aug. 2012
١٣. M. Roshanzamir et al, Analytical solution of Schrodinger equation with two physical potentials using the Nikiforov-Uvarov method , Physics Society of Iran, Aug. 2013
١٤. M. Roshanzamir et al, Two-dimensional Isotonic oscillator in Aharonov-Bohm field: Laplace transform approach , National Conference on Applied Research in Mathematics and Physics, Jan. 2015
١٥. M. Roshanzamir et al, Effects of geometric theory on the dispersion relation in graphene with topological defects , Physics Society of Iran, Jan. 2015
١٦. M. Roshanzamir et al, The effect of anomalous magnetic moment on isotonic oscillator in the presence of the Aharonov-Bohm field , Institute for Research in Fundamental Science (IPM), May 2015
١٧. M. Roshanzamir et al, Effect of external magnetic field on spinless particle in Gödel-type spacetime , Physics Society of Iran, Aug. 2015
١٨. M. Roshanzamir et al, Quantum ring in the presence of topological defect and magnetic flux , Institute for Research in Fundamental Science (IPM), May 2016



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