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It is demonstrated that a thin-film Fabry-Perot superconducting resonator canbe used to reveal the Little-Parks (LP) effect even at temperatures much lowerthan the critical temperature. A pair of parallel nanowires is incorporatedinto the resonator at the point of a supercurrent antinode. As magnetic fieldis ramped, the Meissner current develops, changing the kinetic inductance ofthe wires and, correspondingly, the resonance frequency of the resonator, whichcan be detected. The LP oscillation are revealed as a periodic set of distortedparabolas observed in the transmission of the resonator and corresponding tothe states of the wire loop having different vorticities. We also report adirect observation of single and double phase slip events and their statisticalanalysis.

Observation of Little-Parks oscillations at temperatures much lower than the critical temperature using a GHz resonator