Non-adiabatic resonant transient response in electromagnetically induced transparency of hot rubidium atoms with a buffer gas background

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Experimental observation reveals transient dynamics and coherence in rubidium atoms with buffer gas, suggesting implications for quantum optics.

The study observes transient dynamics in electromagnetically induced transparency (EIT) within hot rubidium atoms using a buffer gas.
Key phenomena, including two-photon damped Rabi oscillations and Raman gain, were identified during the probe coherence evolution.
Numerical solutions of the time-dependent density matrix elements for a Λ system were employed to analyze the impact of buffer gas.
Findings highlight the importance of buffer gas in extending timescales, enhancing coherence, and stability for precision metrology applications.

Seth et al. (2025) studied this question.

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Experimental observation reveals transient dynamics and coherence in rubidium atoms with buffer gas, suggesting implications for quantum optics.