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SPIE eBooks

Rabi Frequency

Galina A. Nemova

Published Mar 23, 2022• 0 citations
Publisher
DOI
10.1117/3.2611513.ch50

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The Rydberg atom cell nonlinear distortion in the demodulation amplitude modulation (AM) microwave is analyzed in this paper. We use the total harmonic distortion (THD) to quantitatively describe this nonlinear distortion. Simulation suggests that THD can be efficiently depressed by adjusting the coupling laser Rabi frequency and the AM microwave Rabi frequency static operation point. Numerical analysis shows that the THD can reach the minimum 0.14%, when the coupling laser Rabi frequency is 2×107（rad/s）, the AM microwave Rabi frequency static operation point is 2.5×104(rad/s) and the baseband microwave Rabi frequency is 2×103(rad/s).

Asia Communications and Photonics Conference•Nov 5, 2022•2 citations
We have investigated multiphoton transitions driven by two harmonically related microwave fields in a two-level system. We observed pronounced dependence of the Rabi frequency on the amplitudes and relative phase of the fields in the low field limit and found that the Rabi frequency of the combined fields was given by the phasor sum of the Rabi frequencies of the individual fields. For strong fields, each individual Rabi frequency is modified by the presence of the other field and this intuitive phasor addition is no longer valid.
We study the nonlinear optical phenomenon, Rabi oscillations in trilayer graphene in presence of an optical field in two different regime - close to resonance and far from resonance. Close to resonance means when the incident optical frequency is nearly equal to transition frequency. We find the Rabi frequency in both the regime - near to resonance conventional Rabi frequency (CRF) is obtained by an approximation well known as rotating wave approximation (RWA). Far from resonance, anomalous Rabi frequency (ARF), unique to grapheme, is obtained using an alternative of RWA called asymptotic RWA (ARWA), introduced by us for single layer graphene. The existence of anomalous Rabi oscillation (ARO) is attributable to a peculiar property of graphene, namely, pseudo spin.
The Rydberg atom cell nonlinear distortion in the demodulation amplitude modulation (AM) microwave is analyzed in this paper. We use the total harmonic distortion (THD) to quantitatively describe this nonlinear distortion. Simulation suggests that THD can be efficiently depressed by adjusting the coupling laser Rabi frequency and the AM microwave Rabi frequency static operation point. Numerical analysis shows that the THD can reach the minimum 0.14%, when the coupling laser Rabi frequency is 2×107（rad/s）, the AM microwave Rabi frequency static operation point is 2.5×104(rad/s) and the baseband microwave Rabi frequency is 2×103(rad/s).