In this paper, we have studied Brownian motion in multidimension phase space in presence
of a magnetic field. The nonequilibrium behavior of thermodynamically inspired quantities …

We discuss the time evolution of information entropy (S) of a harmonic oscillator driven by
thermal noise in the presence of a magnetic field. Our analysis is based on the Fokker …

Linear and non-linear optical response of impurity perturbed 2-D single carrier quantum dots
have been computed by finite field linear variational method. We have considered Gaussian …

Information entropy and level-spacing distribution in single carrier two-dimensional quantum
dots are analyzed as functions of the location of a repulsive impurity centre and the strength …

In this article, we have explored the resonance behavior of a particle in the presence of a
time dependent magnetic field (TDMF). The particle is bound in a harmonic potential well …

Target excitation in 2-D quantum dots by optimized chirped pulses - ScienceDirect Skip to
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Maximizing second hyperpolarizability of single carrier 2D quantum dots: Interplay of
strengths of confining potential, magnetic field and anharmonicity - ScienceDirect Skip to …

A linear variational route is explored for computing the first non-linear polarizability (β) of
single carrier quantum dots with anharmonicity in the confinement potential. Variations in β …

We report the effects of on-and off-center attractive impurities on regular parabolic dots and
their impact on the level structures as a function of the strength of the transverse magnetic …

We explore the modulation of energy levels, wave functions and the dynamics of
harmonically confined single electron quantum dots as a function of dot size. The system of …