Sub-Doppler resolution laser-induced nuclear orientation of 85mRb (f1/2=1.0 μs)

J. MACKIN; J. T. HUTTON; M. OTTESON; M. S. FELD; R. R. DASARI; GEORGE R. HARRISON; W. W. QUIVERS; C. H. HOLBROW

Quantum Electronics and Laser Science Conference
OSA Technical Digest (Optica Publishing Group, 1989),
paper THCC2

Sub-Doppler resolution laser-induced nuclear orientation of ^85mRb (f_1/2=1.0 μs)

J. MACKIN, J. T. HUTTON, M. OTTESON, M. S. FELD, R. R. DASARI, GEORGE R. HARRISON, W. W. QUIVERS, and C. H. HOLBROW

Quantum Electronics and Laser Science Conference 1989

Baltimore, Maryland United States
24–28 April 1989
ISBN: 1-55752-088-7

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Spectroscopic Techniques (THCC)

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J. MACKIN, J. T. HUTTON, M. OTTESON, M. S. FELD, R. R. DASARI, G. R. HARRISON, W. W. QUIVERS, and C. H. HOLBROW, "Sub-Doppler resolution laser-induced nuclear orientation of 85mRb (f1/2=1.0 μs)," in Quantum Electronics and Laser Science Conference, A. Nurmikko, D. Pritchard, D. Chemla, and T. McIlrath, eds., Vol. 12 of OSA Technical Digest (Optica Publishing Group, 1989), paper THCC2.

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Abstract

We are currently attempting to measure the nuclear electric quadrupole moment Q of the 1.0-μs lifetime isomer ^85mRb using the laser-induced nuclear orientation (LINO) technique. In this technique, laser light is used to optically pump atoms which have very short-lived unstable nuclei. This aligns the nuclear spins and produces anisotropy in the angular distribution of γ rays emitted in their subsequent decay. This technique can yield precise measurements of nuclear structure parameters, such as magnetic dipole moments and isomer shifts, as demonstrated by our recent successful work on this nucleus.¹

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