A non-factorized amplitude treatment with a fitted sign-changing nuclear transition density reduces the predicted νe-71Ga capture rate by ~20%, absorbing the gallium anomaly without new physics.
The history, present and fu- ture of sage (soviet-american gallium ex- periment),
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A possible solution to the gallium anomaly moving beyond the leptonic wave function factorization
A non-factorized amplitude treatment with a fitted sign-changing nuclear transition density reduces the predicted νe-71Ga capture rate by ~20%, absorbing the gallium anomaly without new physics.