A unified steady-state perturbation model yields closed-form quantum coherence transfer coefficients (QCTCs) for V-, Λ-, and Ξ-type EIT atomic receivers without the weak-probe approximation.
Channel capacity analysis with nonlinear effects of rf power amplifiers,
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Unified Analytical Model for Atomic Receivers Under Typical Quantum Interference Paths
A unified steady-state perturbation model yields closed-form quantum coherence transfer coefficients (QCTCs) for V-, Λ-, and Ξ-type EIT atomic receivers without the weak-probe approximation.