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(a) Influence of tb1 on Rabi split resonances at (i) the transmission port and (ii) the reflection port. (b) Influence of tb2 on Rabi split resonances at (i) the transmission port and (ii) the reflection port. In (a) and (b), the structural parameters are kept the same as those in Fig. 1(c) except for tb1 and tb2, respectively.
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p>Realizing optical analogues of quantum phenomena in atomic, molecular, or condensed matter physics has underpinned a range of photonic technologies. Rabi splitting is a quantum phenomenon induced by a strong interaction between two quantum states, and its optical analogues are of fundamental importance for the manipulation of light-matter interac...
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Context 1
... Fig. 6, we investigate the influence of varying the strengths of the directional couplers between the bus waveguide and Sagnac interferometers (i.e., tb1 and tb2), i.e., the energy coupling strength between the closed resonant loop and bus waveguide. Fig. 6(a) shows the transmission and reflection spectra versus tb1, where the left resonance ...
Context 2
... Fig. 6, we investigate the influence of varying the strengths of the directional couplers between the bus waveguide and Sagnac interferometers (i.e., tb1 and tb2), i.e., the energy coupling strength between the closed resonant loop and bus waveguide. Fig. 6(a) shows the transmission and reflection spectra versus tb1, where the left resonance extinction ratio decreases with tb1, while the right extinction ratio shows the opposite trend, reflecting their trade-off. The transmission and reflection spectra versus tb2 are shown in Fig. 6(b). Unlike the trade-off between the extinction ratios of ...
Context 3
... strength between the closed resonant loop and bus waveguide. Fig. 6(a) shows the transmission and reflection spectra versus tb1, where the left resonance extinction ratio decreases with tb1, while the right extinction ratio shows the opposite trend, reflecting their trade-off. The transmission and reflection spectra versus tb2 are shown in Fig. 6(b). Unlike the trade-off between the extinction ratios of the two resonances in Fig. 6(a), both resonance extinction ratios in Fig. 6(b) decrease with tb2, highlighting the difference in the influence of tb1 and tb2 on the transmission and reflection spectra. Although tb1 and tb2 have more influence on the extinction ratios of the Rabi ...
Context 4
... transmission and reflection spectra versus tb1, where the left resonance extinction ratio decreases with tb1, while the right extinction ratio shows the opposite trend, reflecting their trade-off. The transmission and reflection spectra versus tb2 are shown in Fig. 6(b). Unlike the trade-off between the extinction ratios of the two resonances in Fig. 6(a), both resonance extinction ratios in Fig. 6(b) decrease with tb2, highlighting the difference in the influence of tb1 and tb2 on the transmission and reflection spectra. Although tb1 and tb2 have more influence on the extinction ratios of the Rabi split resonances than ts1 and ts2, their influence on the spectral interval between the ...
Context 5
... where the left resonance extinction ratio decreases with tb1, while the right extinction ratio shows the opposite trend, reflecting their trade-off. The transmission and reflection spectra versus tb2 are shown in Fig. 6(b). Unlike the trade-off between the extinction ratios of the two resonances in Fig. 6(a), both resonance extinction ratios in Fig. 6(b) decrease with tb2, highlighting the difference in the influence of tb1 and tb2 on the transmission and reflection spectra. Although tb1 and tb2 have more influence on the extinction ratios of the Rabi split resonances than ts1 and ts2, their influence on the spectral interval between the split resonances is not as significant. This is ...
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Realizing optical analogs of quantum phenomena in atomic, molecular, or condensed matter physics has underpinned a range of photonic technologies. Rabi splitting is a quantum phenomenon induced by a strong interaction between two quantum states, and its optical analogs are of fundamental importance for the manipulation of light–matter interactions...
