Khazar University

Publication news

25 May, 2023Lecturer of Political Science and Philosophy Department Dr. Farid Guliyev's Article in ”Journal of Eurasian Studies"

17 May, 2023Article by Professor of Mathematics Department in “Southeast Asian Bulletin of Mathematics” Journal

12 May, 2023Article by the professor of Mathematics Department in "Palestine Journal of Mathematics"

09 May, 2023Article by Professor of the Department of Mathematics in “Konuralp Journal of Mathematics”

06 May, 2023Article by Professor of the Department of Mathematics in ”Le Matematiche" journal

02 May, 2023Chapters Co-authored by Former Khazar University BSc Students in the Book "Functionalized Nanofibers”

20 Jan, 2023Article co-authored by the head of Physics and Electronics Department in “Physica E: Low-Dimensional Systems&Nanostructures” Journal

07 Jan, 2023The Article by Mathematics Department Professor in "Filomat" Journal

31 Dec, 2022The article co-authored by the department instructor, PhD student published in the Journal of Education and Learning

23 Dec, 2022Article by Khazar University faculty member in the special issue of Brain Sciences journal

Article co-authored by the head of Physics and Electronics Department in “Physica E: Low-Dimensional Systems&Nanostructures” Journal

The article co-authored by Farida Tatardar, head of the Physics and Electronics Department, Khazar University, entitled "Berezinskii diagrammatic method for one-dimensional irregular wire with spin-orbit interaction" was published Physica E:Low-Dimensional Systems & Nanostructures (Elsevier Q2 Impact Score 3.25; volume 146, January 2023).

The article studies the obtaining analytical dependency for the distribution of the electrons on any low-dimensional compounds is of great interest to both deeper fundamental research and a wide range of application points of view. Taking this interest into account, we obtained an analytical expression of the electron density distribution of the local states for the disordered quantum wires with the Rashba and Dresselhaus spin-orbit interaction, which are confined in two dimensions but keep their volumes in the third dimension. For the computation of such a distribution, we have used extended Berezinski harmonic approximation for the physical systems under the two-dimensional confinement effect.

http://dx.doi.org/10.1016/j.physe.2022.115550