Study of coherent nonlinear resonances in Zeeman sublevels of hyperfine structure of Rb atoms using pump-probe laser spectroscopy: Theory and Experiment
Completed
Role: Co-Principal Investigator
Study of atomic coherent and incoherent resonances using Hanle configuration formed by the laser field and homogenous magnetic field
Completed
Agency: Department of Science and TechnologyRole: Principal Investigator
Studies of Electromagnetically Induced Transparency (EIT) and Related Nonlinear Optical Phenomena
UniversityAliah University
Year2022
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Microwave or Radio-Frequency Controlled Coherent Phenomena in Multi-Level Atom-Laser Interaction Systems
UniversityAliah University
Year2024
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Scholarly Publications
Temperature and magnetic field effects on the coherent and saturating resonances in Λ- And V-type systems for the 85Rb-D2 transition
Authors: S Mitra; S Dey; M M Hossain; P N Ghosh; B Ray
Theoretical study of the control of absorption, transparency, and amplification in a microwave- And RF-driven four-level (Δ+∇)-type closed-contour interaction system
The analysis of coherent phenomena for both linear and non-linear interactions in a four-level ladder (?)-type configuration using density matrix formalism in dressed state representation
Microwave or radio-frequency controlled electromagnetically induced transparency (EIT) and related dispersion spectra in a pump-probe lasers driven multi-level Ξ-type system of <sup>87</sup>Rb atom
Effects of static magnetic field, driving laser strength and polarization on the coherent properties of a microwave mediated four-level tripod-type atomic system