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Evidence for anomalies in neutrino oscillations to grow or fade away?

As described in this preprint and this popular article, the MiniBooNE experiment has found an anomalous number of oscillations from muon into electron neutrinos. From the article:

The MiniBooNE experiment shoots a beam of muon neutrinos toward a giant oil tank. On the way to the tank, some of these muon neutrinos should transform into electron neutrinos at a rate determined by the difference in mass between the two. MiniBooNE then monitors the arrival of electron neutrinos, which produce characteristic flashes of radiation on the rare occasions when they interact with oil molecules. In its 15-year run, MiniBooNE has registered a few hundred more electron neutrinos than expected.

The simplest explanation for this would be an additional "sterile neutrino" - one that interacts only with other neutrinos. This, however, is rather at odds with cosmological data that puts tight limits on the number of light neutrino species present during nucleosynthesis. The mass the neutrinos would have, of order 1 eV, is too light either to be compatible with these constrains or to serve as dark matter (a theoretical motivation for proposing sterile neutrinos.)

It's challenging to work out exactly what experiments are likely to confirm or disconfirm this finding, and when, and how to make a clear question about them. So as a proxy we'll ask:

By May 2019 how many citations will the MiniBooNE paper receive?

Citations will be taken from Google Scholar applied to the published version of the paper (assuming there is one, and the arxiv version otherwise.) In the discussion, we can discuss around how many citations might be expected if confirmation happens, versus not.

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