19 results on '"Datta, Swarnab"'
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2. Harnessing the Shannon Entropy‐Based Magnetocaloric Effect in GaAs Quantum Dot under the Influence of Noise‐Anharmonicity Interplay
3. Tuning the magnetocaloric effect in GaAs quantum dot under the aegis of noise-anharmonicity interplay
4. Exploring Shannon entropy and heat capacity of doped GaAs quantum dot under the influence of noise
5. Fine-tuning a few nonlinear optical properties of doped GaAs quantum dot by spatial spread of impurity under the aegis of noise
6. Modulation of Tsallis entropy and corresponding thermodynamic properties of impurity doped GaAs quantum dot in presence of noise
7. Population transfer dynamics in doped GaAs quantum dot modulated by noise: role of impurity stretch
8. Role of anharmonicity binding energy on the transition dynamics of GaAs quantum dot in presence of noise
9. Influence of spatial extension of impurity on the nonlinear optical properties of doped GaAs quantum dot in presence of noise
10. Role of spatial impurity spread on the transition dynamics of doped GaAs quantum dot in presence of noise
11. Nonlinear optical properties of doped GaAs quantum dot modulated by noise: Role of impurity spread
12. Influence of impurity binding energy on the excitation dynamics of doped GaAs quantum dot: Role of noise
13. External Field‐induced Transitions in Quantum Dot: Role of Noise‐anharmonicity Interplay
14. Population Transfer Among the Quantum Dot Eigenstates Driven by Time‐dependent Anharmonic Potential: Role of Noise
15. Tuning the Nonlinear Optical Properties of Quantum Dot by Noise-Anharmonicity Interaction
16. Chirped pulsed field initiated excitation dynamics in impurity doped quantum dot under the influence of noise
17. Excitation Dynamics Among Impurity Doped Quantum Dot Eigenstates in a Polychromatic Field: Role of Gaussian White Noise
18. Pulsed field induced excitation in impurity doped quantum dot: Interplay with Gaussian white noise
19. Analyzing Time‐Average Excitation Rate Among Quantum Dot Eigenstates Triggered by Time‐Dependent Noise Strength
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