A single atom's resonance fluorescence interferes with an external coherent probe beam, and the interference visibility gives a non-destructive, time-resolved temperature measurement.
Single-atom resolved collective spectroscopy of a one-dimensional atomic array,
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A single atom emitting resonance fluorescence into a coherent beam, and its use for non-destructive atom thermometry
A single atom's resonance fluorescence interferes with an external coherent probe beam, and the interference visibility gives a non-destructive, time-resolved temperature measurement.