A slow, transversely ultracold metastable helium beam is demonstrated by combining Zeeman deceleration with curved-wavefront laser cooling, yielding 5 MHz UV linewidths and 4e-11 line-center precision.
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Combining laser cooling and Zeeman deceleration for precision spectroscopy in supersonic beams
A slow, transversely ultracold metastable helium beam is demonstrated by combining Zeeman deceleration with curved-wavefront laser cooling, yielding 5 MHz UV linewidths and 4e-11 line-center precision.