APS

Tune-out wavelength for the 1 s 2 s 3 S - 1 s 3 p 3 P transition of helium: relativistic effects

G. W. F. Drake, Jacob Manalo

Published Apr 1, 2017• 0 citations

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APS

Tune-out wavelength for the 1 s 2 s 3 S - 1 s 3 p 3 P transition of helium: relativistic effects

G. W. F. Drake, Jacob Manalo

Published Apr 1, 2017• 0 citations

OpenAlex

Related papers

Tune-out wavelength for the $\mathbf{1s2s\;^3S - 1s3p\;^3P}$ transition of helium: relativistic effectsTune-out wavelength for the $\mathbf{1s2s\;^3S - 1s3p\;^3P}$ transition of helium: relativistic effects

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Tune-out wavelength for the

\mathbf{1s2s\;^3S - 1s3p\;^3P}

transition of helium: relativistic effects

Accurate calculation of the 413 nm tune-out wavelength for 2

^{\mathrm{3}}

_{\mathrm{1}}

state of helium

Tune-out Wavelength of

\mathbf{^{4}}

He for the

\mathbf{1s2s}

\mathbf{^{3}}

S -

\mathbf{1s3p}

\mathbf{^{3}}

P Transition

The six longest tune-out wavelengths for the He(

1s2s{\phantom{\rule{4pt}{0ex}}}^{3}{S}_{1}^{e}

) metastable state are determined by explicit calculation. The tune-out wavelength at 413.02 nm is expected to be sensitive to finite mass, relativistic, and quantum electrodynamic effects upon the transition matrix elements and its measurement would provide a nonenergy test of fundamental atomic structure theory.

Hyperfine Suppression of a

2\;^3

_1

3\;^3

_1

Radiative Transition in Helium