“…As the noise strength ζ starts fluctuating with time either periodically or randomly, the ground state electronic population immediately begins to scatter among all the higher states. In conclusion, the time-development, the time-average excitation rate (TAER) have been determined following the variation of a few physical quantities such as the magnetic field (B), the confinement potential (ω 0 ), dopant location (r 0 ), dopant potential strength (V 0 ), binding energy (BE), the aluminum concentration (x) (for Al x Ga 1Àx As QD), [22] geometrical anisotropy, [39][40][41][42] positiondependent effective mass (PDEM), [43][44][45][46][47][48][49][50][51] position-dependent dielectric screening function (PDDSF), [43,45,52,53] hydrostatic pressure (HP), [54][55][56][57] temperature (T ), [55][56][57] anharmonicity constant (k) and the initial value of the noise strength [ζ(0)]. In one of our recent works, we have explored TAER but in an entirely different context.…”