Spin-polarised wave-packets transport through one-dimensional nonlinear multiple barriers: Rashba and Dresselhaus Spin–Orbit interactions
The time evolution of a Gaussian wave packet travelling through a one-dimensional
semiconductor based on multiple potential barriers has been explored in order to obtain the …
semiconductor based on multiple potential barriers has been explored in order to obtain the …
Wave transport in fractional Schrodinger equations
M Ghalandari, M Solaimani - Optical and Quantum Electronics, 2019 - Springer
In this paper, we have investigated the localization of an input spatial soliton as it
propagates through a system where can be described by a fractional Schrodinger equation …
propagates through a system where can be described by a fractional Schrodinger equation …
A meshless method of line radial base function study of Gaussian wave packet broadening in few semiconducting mediums: electron–electron interaction effects
M Solaimani, M Ghorbani - Optical and Quantum Electronics, 2018 - Springer
In this paper, we have studied the effect of electron–electron interaction on wave packet
broadening in different semiconducting mediums in the presence of conduction band non …
broadening in different semiconducting mediums in the presence of conduction band non …
Effect of Barrier's Geometry on the Transport Properties of Gaussian Wave-Packet in the Presence of Rashba and Dresselhaus Spin-Orbit Interactions: Comparison of …
M Sabzevar, M Solaimani - Progress in Physics of Applied …, 2022 - ppam.semnan.ac.ir
A Gaussian wave-packet quantum tunneling across a one-dimensional double-barrier
structure has been explored in order to obtain the spin-based transport coefficients. We have …
structure has been explored in order to obtain the spin-based transport coefficients. We have …