Characterization of Gross-Structure Resonances in Angular-Momentum-Mismatched Channels in Heavy-Ion Collisions

Balamuth, D. P.; Capuran, T.; Laymon, C. M.; Wells, W. K.; Bybell, D. P.

doi:10.1103/physrevlett.60.2811

Phys. Rev. Lett.

1988

DOI: 10.1103/physrevlett.60.2811

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Characterization of Gross-Structure Resonances in Angular-Momentum-Mismatched Channels in Heavy-Ion Collisions

D. P. Balamuth¹,

T. Capuran²,

C. M. Laymon³

et al.

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Frequency pushing enhanced by an exceptional point in an atom–cavity coupled system

Lee,

Kim,

2024

Sci Rep

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We observed the frequency pushing of the cavity resonance as a result of the coupling of the cavity field with the ground state 138Ba in a high-Q cavity. A weak probe laser propagated along the axis of a Fabry–Pérot cavity while ground-state barium atoms traversed the cavity mode perpendicularly. By operating the atom–cavity composite in the vicinity of an exceptional point, we could observe a greatly enhanced frequency shift of the cavity transmission peak, which was pushed away from the atomic resonance, resulting in up to 41 ± 7 kHz frequency shift per atom from the empty cavity resonance. We analyzed our results by using the Maxwell–Schrödinger equation and obtained good agreement with the measurements.

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Frequency pushing enhanced by an exceptional point in an atom–cavity coupled system

Lee,

Kim,

2024

Sci Rep

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Characterization of Gross-Structure Resonances in Angular-Momentum-Mismatched Channels in Heavy-Ion Collisions

Cited by 1 publication

References 0 publications

Frequency pushing enhanced by an exceptional point in an atom–cavity coupled system

Frequency pushing enhanced by an exceptional point in an atom–cavity coupled system

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